Suggestion on Missing Index Creation The Next CEO of Stack OverflowHow does SQL Server determine key column order in missing index requests?SQL Server: index creation dateDynamic temporary index creationParent-Child Tree Hierarchical ORDERAdding index to large mysql tablesFirebird Index Creation FailsMySQL Index Creation Internalsdeteriorating stored procedure running timesClustered Index Creationsp_BlitzIndex finding “Unknown” indexClustered index scan appears to be costed too low with row count spool

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Suggestion on Missing Index Creation



The Next CEO of Stack OverflowHow does SQL Server determine key column order in missing index requests?SQL Server: index creation dateDynamic temporary index creationParent-Child Tree Hierarchical ORDERAdding index to large mysql tablesFirebird Index Creation FailsMySQL Index Creation Internalsdeteriorating stored procedure running timesClustered Index Creationsp_BlitzIndex finding “Unknown” indexClustered index scan appears to be costed too low with row count spool










1















I have been using sp_blitzindex and it is very very helpful(Thanks to Brent Ozar and Team). I executed this procedure against my database and below is the finding for one table falling in Indexaphobia group:



sp_blitzindex output



below is definition of underlying table:



CREATE TABLE [dbo].[table_name](
 [L] [int] IDENTITY(1,1) NOT NULL,
 [R] [varchar](15) NOT NULL,
 [A] [int] NOT NULL,
 [VAR32_01] [varchar](32) NULL,
 [VAR32_02] [varchar](32) NULL,
 [VAR32_03] [varchar](32) NULL,
 [VAR32_04] [varchar](32) NULL,
 [VAR32_05] [varchar](32) NULL,
 [VAR32_06] [varchar](32) NULL,
 [VAR32_07] [varchar](32) NULL,
 [VAR32_08] [varchar](32) NULL,
 [VAR32_09] [varchar](32) NULL,
 [VAR32_10] [varchar](32) NULL,
 [VAR32_11] [varchar](32) NULL,
 [VAR32_12] [varchar](32) NULL,
 [VAR32_13] [varchar](32) NULL,
 [VAR32_14] [varchar](32) NULL,
 [VAR32_15] [varchar](32) NULL,
 [VAR32_16] [varchar](32) NULL,
 [VAR32_17] [varchar](32) NULL,
 [VAR32_18] [varchar](32) NULL,
 [VAR32_19] [varchar](32) NULL,
 [VAR32_20] [varchar](32) NULL,
 [VAR32_21] [varchar](32) NULL,
 [VAR32_22] [varchar](32) NULL,
 [VAR32_23] [varchar](32) NULL,
 [VAR32_24] [varchar](32) NULL,
 [VAR32_25] [varchar](32) NULL,
 [VAR32_26] [varchar](32) NULL,
 [VAR32_27] [varchar](32) NULL,
 [VAR32_28] [varchar](32) NULL,
 [VAR32_29] [varchar](32) NULL,
 [VAR32_30] [varchar](32) NULL,
 [VAR32_31] [varchar](32) NULL,
 [VAR32_32] [varchar](32) NULL,
 [VAR32_33] [varchar](32) NULL,
 [VAR32_34] [varchar](32) NULL,
 [VAR32_35] [varchar](32) NULL,
 [VAR32_36] [varchar](32) NULL,
 [VAR32_37] [varchar](32) NULL,
 [VAR32_38] [varchar](32) NULL,
 [VAR32_39] [varchar](32) NULL,
 [VAR32_40] [varchar](32) NULL,
 [VAR32_41] [varchar](32) NULL,
 [VAR32_42] [varchar](32) NULL,
 [VAR32_43] [varchar](32) NULL,
 [VAR32_44] [varchar](32) NULL,
 [VAR32_45] [varchar](32) NULL,
 [VAR32_46] [varchar](32) NULL,
 [VAR32_47] [varchar](32) NULL,
 [VAR32_48] [varchar](32) NULL,
 [VAR32_49] [varchar](32) NULL,
 [VAR32_50] [varchar](32) NULL,
 [VAR32_51] [varchar](32) NULL,
 [VAR32_52] [varchar](32) NULL,
 [VAR32_53] [varchar](32) NULL,
 [VAR32_54] [varchar](32) NULL,
 [VAR32_55] [varchar](32) NULL,
 [VAR32_56] [varchar](32) NULL,
 [VAR32_57] [varchar](32) NULL,
 [VAR32_58] [varchar](32) NULL,
 [VAR32_59] [varchar](32) NULL,
 [VAR32_60] [varchar](32) NULL,
 [VAR32_61] [varchar](32) NULL,
 [VAR32_62] [varchar](32) NULL,
 [VAR32_63] [varchar](32) NULL,
 [VAR32_64] [varchar](32) NULL,
 [VAR64_01] [varchar](64) NULL,
 [VAR64_02] [varchar](64) NULL,
 [VAR64_03] [varchar](64) NULL,
 [VAR64_04] [varchar](64) NULL,
 [VAR64_05] [varchar](64) NULL,
 [VAR64_06] [varchar](64) NULL,
 [VAR64_07] [varchar](64) NULL,
 [VAR64_08] [varchar](64) NULL,
 [VAR64_09] [varchar](64) NULL,
 [VAR64_10] [varchar](64) NULL,
 [VAR64_11] [varchar](64) NULL,
 [VAR64_12] [varchar](64) NULL,
 [VAR64_13] [varchar](64) NULL,
 [VAR64_14] [varchar](64) NULL,
 [VAR64_15] [varchar](64) NULL,
 [VAR64_16] [varchar](64) NULL,
 [VAR64_17] [varchar](64) NULL,
 [VAR64_18] [varchar](64) NULL,
 [VAR64_19] [varchar](64) NULL,
 [VAR64_20] [varchar](64) NULL,
 [VAR64_21] [varchar](64) NULL,
 [VAR64_22] [varchar](64) NULL,
 [VAR64_23] [varchar](64) NULL,
 [VAR64_24] [varchar](64) NULL,
 [VAR64_25] [varchar](64) NULL,
 [VAR64_26] [varchar](64) NULL,
 [VAR64_27] [varchar](64) NULL,
 [VAR64_28] [varchar](64) NULL,
 [VAR64_29] [varchar](64) NULL,
 [VAR64_30] [varchar](64) NULL,
 [VAR64_31] [varchar](64) NULL,
 [VAR64_32] [varchar](64) NULL,
 [VAR128_01] [varchar](128) NULL,
 [VAR128_02] [varchar](128) NULL,
 [VAR128_03] [varchar](128) NULL,
 [VAR128_04] [varchar](128) NULL,
 [VAR128_05] [varchar](128) NULL,
 [VAR128_06] [varchar](128) NULL,
 [VAR128_07] [varchar](128) NULL,
 [VAR128_08] [varchar](128) NULL,
 [VAR128_09] [varchar](128) NULL,
 [VAR128_10] [varchar](128) NULL,
 [VAR128_11] [varchar](128) NULL,
 [VAR128_12] [varchar](128) NULL,
 [VAR128_13] [varchar](128) NULL,
 [VAR128_14] [varchar](128) NULL,
 [VAR128_15] [varchar](128) NULL,
 [VAR128_16] [varchar](128) NULL,
 [VAR256_01] [varchar](256) NULL,
 [VAR256_02] [varchar](256) NULL,
 [VAR256_03] [varchar](256) NULL,
 [VAR256_04] [varchar](256) NULL,
 [VAR256_05] [varchar](256) NULL,
 [VAR256_06] [varchar](256) NULL,
 [VAR256_07] [varchar](256) NULL,
 [VAR256_08] [varchar](256) NULL,
 [VAR512_01] [varchar](512) NULL,
 [VAR512_02] [varchar](512) NULL,
 [VAR512_03] [varchar](512) NULL,
 [VAR512_04] [varchar](512) NULL,
 [VAR1024_01] [varchar](1024) NULL,
 [VAR1024_02] [varchar](1024) NULL,
 [E] [varchar](20) NULL,
 [M] [varchar](40) NULL,
 [E] [varchar](50) NULL,
 [N] [varchar](40) NULL,
 [TN] [int] NULL,
 [T] [numeric](1, 0) NULL,
 [D] [numeric](1, 0) NULL,
 CONSTRAINT [XPKtable_name] PRIMARY KEY NONCLUSTERED 
(
 [L] ASC,
 [R] ASC
)


Following these missing index details, I am planning to create index with below definition:



create nonclustered index table_name_incl(A,VAR32_02) include(L,R,E,T,D,VAR32_10,VAR32_18,VAR32_19,VAR32_20,VAR64_11,VAR64_02,VAR32_42,VAR32_39,VAR32_38,VAR32_35,VAR32_39,VAR32_24,VAR32_25,VAR32_27)


I have arrived at above columns based on the number of occurrences of these columns in all 6 missing index stats.



As you can see from table definition, this is a heap and doesn't have clustered index on this table.



Appreciate your guidance or any assistance on this.



Version: Microsoft SQL Server 2014 (SP3) (KB4022619) - 12.0.6024.0 (X64) Sep 7 2018 01:37:51 Enterprise Edition: Core-based Licensing (64-bit) on Windows NT 6.3 (Build 9600: ) (Hypervisor)





sql-server index sp-blitzindex







share|improve this question

















  • 1





    Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

    – Erik Darling
    Mar 25 at 13:04











  • @ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

    – Learning_DBAdmin
    Mar 25 at 13:53











  • I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

    – Erik Darling
    Mar 25 at 13:57











  • @ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

    – Learning_DBAdmin
    Mar 25 at 14:01






  • 1





    No, clustered indexes don't do that. See my demo here.

    – Erik Darling
    Mar 25 at 14:35















1















I have been using sp_blitzindex and it is very very helpful(Thanks to Brent Ozar and Team). I executed this procedure against my database and below is the finding for one table falling in Indexaphobia group:



sp_blitzindex output



below is definition of underlying table:



CREATE TABLE [dbo].[table_name](
 [L] [int] IDENTITY(1,1) NOT NULL,
 [R] [varchar](15) NOT NULL,
 [A] [int] NOT NULL,
 [VAR32_01] [varchar](32) NULL,
 [VAR32_02] [varchar](32) NULL,
 [VAR32_03] [varchar](32) NULL,
 [VAR32_04] [varchar](32) NULL,
 [VAR32_05] [varchar](32) NULL,
 [VAR32_06] [varchar](32) NULL,
 [VAR32_07] [varchar](32) NULL,
 [VAR32_08] [varchar](32) NULL,
 [VAR32_09] [varchar](32) NULL,
 [VAR32_10] [varchar](32) NULL,
 [VAR32_11] [varchar](32) NULL,
 [VAR32_12] [varchar](32) NULL,
 [VAR32_13] [varchar](32) NULL,
 [VAR32_14] [varchar](32) NULL,
 [VAR32_15] [varchar](32) NULL,
 [VAR32_16] [varchar](32) NULL,
 [VAR32_17] [varchar](32) NULL,
 [VAR32_18] [varchar](32) NULL,
 [VAR32_19] [varchar](32) NULL,
 [VAR32_20] [varchar](32) NULL,
 [VAR32_21] [varchar](32) NULL,
 [VAR32_22] [varchar](32) NULL,
 [VAR32_23] [varchar](32) NULL,
 [VAR32_24] [varchar](32) NULL,
 [VAR32_25] [varchar](32) NULL,
 [VAR32_26] [varchar](32) NULL,
 [VAR32_27] [varchar](32) NULL,
 [VAR32_28] [varchar](32) NULL,
 [VAR32_29] [varchar](32) NULL,
 [VAR32_30] [varchar](32) NULL,
 [VAR32_31] [varchar](32) NULL,
 [VAR32_32] [varchar](32) NULL,
 [VAR32_33] [varchar](32) NULL,
 [VAR32_34] [varchar](32) NULL,
 [VAR32_35] [varchar](32) NULL,
 [VAR32_36] [varchar](32) NULL,
 [VAR32_37] [varchar](32) NULL,
 [VAR32_38] [varchar](32) NULL,
 [VAR32_39] [varchar](32) NULL,
 [VAR32_40] [varchar](32) NULL,
 [VAR32_41] [varchar](32) NULL,
 [VAR32_42] [varchar](32) NULL,
 [VAR32_43] [varchar](32) NULL,
 [VAR32_44] [varchar](32) NULL,
 [VAR32_45] [varchar](32) NULL,
 [VAR32_46] [varchar](32) NULL,
 [VAR32_47] [varchar](32) NULL,
 [VAR32_48] [varchar](32) NULL,
 [VAR32_49] [varchar](32) NULL,
 [VAR32_50] [varchar](32) NULL,
 [VAR32_51] [varchar](32) NULL,
 [VAR32_52] [varchar](32) NULL,
 [VAR32_53] [varchar](32) NULL,
 [VAR32_54] [varchar](32) NULL,
 [VAR32_55] [varchar](32) NULL,
 [VAR32_56] [varchar](32) NULL,
 [VAR32_57] [varchar](32) NULL,
 [VAR32_58] [varchar](32) NULL,
 [VAR32_59] [varchar](32) NULL,
 [VAR32_60] [varchar](32) NULL,
 [VAR32_61] [varchar](32) NULL,
 [VAR32_62] [varchar](32) NULL,
 [VAR32_63] [varchar](32) NULL,
 [VAR32_64] [varchar](32) NULL,
 [VAR64_01] [varchar](64) NULL,
 [VAR64_02] [varchar](64) NULL,
 [VAR64_03] [varchar](64) NULL,
 [VAR64_04] [varchar](64) NULL,
 [VAR64_05] [varchar](64) NULL,
 [VAR64_06] [varchar](64) NULL,
 [VAR64_07] [varchar](64) NULL,
 [VAR64_08] [varchar](64) NULL,
 [VAR64_09] [varchar](64) NULL,
 [VAR64_10] [varchar](64) NULL,
 [VAR64_11] [varchar](64) NULL,
 [VAR64_12] [varchar](64) NULL,
 [VAR64_13] [varchar](64) NULL,
 [VAR64_14] [varchar](64) NULL,
 [VAR64_15] [varchar](64) NULL,
 [VAR64_16] [varchar](64) NULL,
 [VAR64_17] [varchar](64) NULL,
 [VAR64_18] [varchar](64) NULL,
 [VAR64_19] [varchar](64) NULL,
 [VAR64_20] [varchar](64) NULL,
 [VAR64_21] [varchar](64) NULL,
 [VAR64_22] [varchar](64) NULL,
 [VAR64_23] [varchar](64) NULL,
 [VAR64_24] [varchar](64) NULL,
 [VAR64_25] [varchar](64) NULL,
 [VAR64_26] [varchar](64) NULL,
 [VAR64_27] [varchar](64) NULL,
 [VAR64_28] [varchar](64) NULL,
 [VAR64_29] [varchar](64) NULL,
 [VAR64_30] [varchar](64) NULL,
 [VAR64_31] [varchar](64) NULL,
 [VAR64_32] [varchar](64) NULL,
 [VAR128_01] [varchar](128) NULL,
 [VAR128_02] [varchar](128) NULL,
 [VAR128_03] [varchar](128) NULL,
 [VAR128_04] [varchar](128) NULL,
 [VAR128_05] [varchar](128) NULL,
 [VAR128_06] [varchar](128) NULL,
 [VAR128_07] [varchar](128) NULL,
 [VAR128_08] [varchar](128) NULL,
 [VAR128_09] [varchar](128) NULL,
 [VAR128_10] [varchar](128) NULL,
 [VAR128_11] [varchar](128) NULL,
 [VAR128_12] [varchar](128) NULL,
 [VAR128_13] [varchar](128) NULL,
 [VAR128_14] [varchar](128) NULL,
 [VAR128_15] [varchar](128) NULL,
 [VAR128_16] [varchar](128) NULL,
 [VAR256_01] [varchar](256) NULL,
 [VAR256_02] [varchar](256) NULL,
 [VAR256_03] [varchar](256) NULL,
 [VAR256_04] [varchar](256) NULL,
 [VAR256_05] [varchar](256) NULL,
 [VAR256_06] [varchar](256) NULL,
 [VAR256_07] [varchar](256) NULL,
 [VAR256_08] [varchar](256) NULL,
 [VAR512_01] [varchar](512) NULL,
 [VAR512_02] [varchar](512) NULL,
 [VAR512_03] [varchar](512) NULL,
 [VAR512_04] [varchar](512) NULL,
 [VAR1024_01] [varchar](1024) NULL,
 [VAR1024_02] [varchar](1024) NULL,
 [E] [varchar](20) NULL,
 [M] [varchar](40) NULL,
 [E] [varchar](50) NULL,
 [N] [varchar](40) NULL,
 [TN] [int] NULL,
 [T] [numeric](1, 0) NULL,
 [D] [numeric](1, 0) NULL,
 CONSTRAINT [XPKtable_name] PRIMARY KEY NONCLUSTERED 
(
 [L] ASC,
 [R] ASC
)


Following these missing index details, I am planning to create index with below definition:



create nonclustered index table_name_incl(A,VAR32_02) include(L,R,E,T,D,VAR32_10,VAR32_18,VAR32_19,VAR32_20,VAR64_11,VAR64_02,VAR32_42,VAR32_39,VAR32_38,VAR32_35,VAR32_39,VAR32_24,VAR32_25,VAR32_27)


I have arrived at above columns based on the number of occurrences of these columns in all 6 missing index stats.



As you can see from table definition, this is a heap and doesn't have clustered index on this table.



Appreciate your guidance or any assistance on this.



Version: Microsoft SQL Server 2014 (SP3) (KB4022619) - 12.0.6024.0 (X64) Sep 7 2018 01:37:51 Enterprise Edition: Core-based Licensing (64-bit) on Windows NT 6.3 (Build 9600: ) (Hypervisor)





sql-server index sp-blitzindex







share|improve this question

















  • 1





    Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

    – Erik Darling
    Mar 25 at 13:04











  • @ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

    – Learning_DBAdmin
    Mar 25 at 13:53











  • I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

    – Erik Darling
    Mar 25 at 13:57











  • @ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

    – Learning_DBAdmin
    Mar 25 at 14:01






  • 1





    No, clustered indexes don't do that. See my demo here.

    – Erik Darling
    Mar 25 at 14:35













1












1








1








I have been using sp_blitzindex and it is very very helpful(Thanks to Brent Ozar and Team). I executed this procedure against my database and below is the finding for one table falling in Indexaphobia group:



sp_blitzindex output



below is definition of underlying table:



CREATE TABLE [dbo].[table_name](
 [L] [int] IDENTITY(1,1) NOT NULL,
 [R] [varchar](15) NOT NULL,
 [A] [int] NOT NULL,
 [VAR32_01] [varchar](32) NULL,
 [VAR32_02] [varchar](32) NULL,
 [VAR32_03] [varchar](32) NULL,
 [VAR32_04] [varchar](32) NULL,
 [VAR32_05] [varchar](32) NULL,
 [VAR32_06] [varchar](32) NULL,
 [VAR32_07] [varchar](32) NULL,
 [VAR32_08] [varchar](32) NULL,
 [VAR32_09] [varchar](32) NULL,
 [VAR32_10] [varchar](32) NULL,
 [VAR32_11] [varchar](32) NULL,
 [VAR32_12] [varchar](32) NULL,
 [VAR32_13] [varchar](32) NULL,
 [VAR32_14] [varchar](32) NULL,
 [VAR32_15] [varchar](32) NULL,
 [VAR32_16] [varchar](32) NULL,
 [VAR32_17] [varchar](32) NULL,
 [VAR32_18] [varchar](32) NULL,
 [VAR32_19] [varchar](32) NULL,
 [VAR32_20] [varchar](32) NULL,
 [VAR32_21] [varchar](32) NULL,
 [VAR32_22] [varchar](32) NULL,
 [VAR32_23] [varchar](32) NULL,
 [VAR32_24] [varchar](32) NULL,
 [VAR32_25] [varchar](32) NULL,
 [VAR32_26] [varchar](32) NULL,
 [VAR32_27] [varchar](32) NULL,
 [VAR32_28] [varchar](32) NULL,
 [VAR32_29] [varchar](32) NULL,
 [VAR32_30] [varchar](32) NULL,
 [VAR32_31] [varchar](32) NULL,
 [VAR32_32] [varchar](32) NULL,
 [VAR32_33] [varchar](32) NULL,
 [VAR32_34] [varchar](32) NULL,
 [VAR32_35] [varchar](32) NULL,
 [VAR32_36] [varchar](32) NULL,
 [VAR32_37] [varchar](32) NULL,
 [VAR32_38] [varchar](32) NULL,
 [VAR32_39] [varchar](32) NULL,
 [VAR32_40] [varchar](32) NULL,
 [VAR32_41] [varchar](32) NULL,
 [VAR32_42] [varchar](32) NULL,
 [VAR32_43] [varchar](32) NULL,
 [VAR32_44] [varchar](32) NULL,
 [VAR32_45] [varchar](32) NULL,
 [VAR32_46] [varchar](32) NULL,
 [VAR32_47] [varchar](32) NULL,
 [VAR32_48] [varchar](32) NULL,
 [VAR32_49] [varchar](32) NULL,
 [VAR32_50] [varchar](32) NULL,
 [VAR32_51] [varchar](32) NULL,
 [VAR32_52] [varchar](32) NULL,
 [VAR32_53] [varchar](32) NULL,
 [VAR32_54] [varchar](32) NULL,
 [VAR32_55] [varchar](32) NULL,
 [VAR32_56] [varchar](32) NULL,
 [VAR32_57] [varchar](32) NULL,
 [VAR32_58] [varchar](32) NULL,
 [VAR32_59] [varchar](32) NULL,
 [VAR32_60] [varchar](32) NULL,
 [VAR32_61] [varchar](32) NULL,
 [VAR32_62] [varchar](32) NULL,
 [VAR32_63] [varchar](32) NULL,
 [VAR32_64] [varchar](32) NULL,
 [VAR64_01] [varchar](64) NULL,
 [VAR64_02] [varchar](64) NULL,
 [VAR64_03] [varchar](64) NULL,
 [VAR64_04] [varchar](64) NULL,
 [VAR64_05] [varchar](64) NULL,
 [VAR64_06] [varchar](64) NULL,
 [VAR64_07] [varchar](64) NULL,
 [VAR64_08] [varchar](64) NULL,
 [VAR64_09] [varchar](64) NULL,
 [VAR64_10] [varchar](64) NULL,
 [VAR64_11] [varchar](64) NULL,
 [VAR64_12] [varchar](64) NULL,
 [VAR64_13] [varchar](64) NULL,
 [VAR64_14] [varchar](64) NULL,
 [VAR64_15] [varchar](64) NULL,
 [VAR64_16] [varchar](64) NULL,
 [VAR64_17] [varchar](64) NULL,
 [VAR64_18] [varchar](64) NULL,
 [VAR64_19] [varchar](64) NULL,
 [VAR64_20] [varchar](64) NULL,
 [VAR64_21] [varchar](64) NULL,
 [VAR64_22] [varchar](64) NULL,
 [VAR64_23] [varchar](64) NULL,
 [VAR64_24] [varchar](64) NULL,
 [VAR64_25] [varchar](64) NULL,
 [VAR64_26] [varchar](64) NULL,
 [VAR64_27] [varchar](64) NULL,
 [VAR64_28] [varchar](64) NULL,
 [VAR64_29] [varchar](64) NULL,
 [VAR64_30] [varchar](64) NULL,
 [VAR64_31] [varchar](64) NULL,
 [VAR64_32] [varchar](64) NULL,
 [VAR128_01] [varchar](128) NULL,
 [VAR128_02] [varchar](128) NULL,
 [VAR128_03] [varchar](128) NULL,
 [VAR128_04] [varchar](128) NULL,
 [VAR128_05] [varchar](128) NULL,
 [VAR128_06] [varchar](128) NULL,
 [VAR128_07] [varchar](128) NULL,
 [VAR128_08] [varchar](128) NULL,
 [VAR128_09] [varchar](128) NULL,
 [VAR128_10] [varchar](128) NULL,
 [VAR128_11] [varchar](128) NULL,
 [VAR128_12] [varchar](128) NULL,
 [VAR128_13] [varchar](128) NULL,
 [VAR128_14] [varchar](128) NULL,
 [VAR128_15] [varchar](128) NULL,
 [VAR128_16] [varchar](128) NULL,
 [VAR256_01] [varchar](256) NULL,
 [VAR256_02] [varchar](256) NULL,
 [VAR256_03] [varchar](256) NULL,
 [VAR256_04] [varchar](256) NULL,
 [VAR256_05] [varchar](256) NULL,
 [VAR256_06] [varchar](256) NULL,
 [VAR256_07] [varchar](256) NULL,
 [VAR256_08] [varchar](256) NULL,
 [VAR512_01] [varchar](512) NULL,
 [VAR512_02] [varchar](512) NULL,
 [VAR512_03] [varchar](512) NULL,
 [VAR512_04] [varchar](512) NULL,
 [VAR1024_01] [varchar](1024) NULL,
 [VAR1024_02] [varchar](1024) NULL,
 [E] [varchar](20) NULL,
 [M] [varchar](40) NULL,
 [E] [varchar](50) NULL,
 [N] [varchar](40) NULL,
 [TN] [int] NULL,
 [T] [numeric](1, 0) NULL,
 [D] [numeric](1, 0) NULL,
 CONSTRAINT [XPKtable_name] PRIMARY KEY NONCLUSTERED 
(
 [L] ASC,
 [R] ASC
)


Following these missing index details, I am planning to create index with below definition:



create nonclustered index table_name_incl(A,VAR32_02) include(L,R,E,T,D,VAR32_10,VAR32_18,VAR32_19,VAR32_20,VAR64_11,VAR64_02,VAR32_42,VAR32_39,VAR32_38,VAR32_35,VAR32_39,VAR32_24,VAR32_25,VAR32_27)


I have arrived at above columns based on the number of occurrences of these columns in all 6 missing index stats.



As you can see from table definition, this is a heap and doesn't have clustered index on this table.



Appreciate your guidance or any assistance on this.



Version: Microsoft SQL Server 2014 (SP3) (KB4022619) - 12.0.6024.0 (X64) Sep 7 2018 01:37:51 Enterprise Edition: Core-based Licensing (64-bit) on Windows NT 6.3 (Build 9600: ) (Hypervisor)





sql-server index sp-blitzindex







share|improve this question














I have been using sp_blitzindex and it is very very helpful(Thanks to Brent Ozar and Team). I executed this procedure against my database and below is the finding for one table falling in Indexaphobia group:



sp_blitzindex output



below is definition of underlying table:



CREATE TABLE [dbo].[table_name](
 [L] [int] IDENTITY(1,1) NOT NULL,
 [R] [varchar](15) NOT NULL,
 [A] [int] NOT NULL,
 [VAR32_01] [varchar](32) NULL,
 [VAR32_02] [varchar](32) NULL,
 [VAR32_03] [varchar](32) NULL,
 [VAR32_04] [varchar](32) NULL,
 [VAR32_05] [varchar](32) NULL,
 [VAR32_06] [varchar](32) NULL,
 [VAR32_07] [varchar](32) NULL,
 [VAR32_08] [varchar](32) NULL,
 [VAR32_09] [varchar](32) NULL,
 [VAR32_10] [varchar](32) NULL,
 [VAR32_11] [varchar](32) NULL,
 [VAR32_12] [varchar](32) NULL,
 [VAR32_13] [varchar](32) NULL,
 [VAR32_14] [varchar](32) NULL,
 [VAR32_15] [varchar](32) NULL,
 [VAR32_16] [varchar](32) NULL,
 [VAR32_17] [varchar](32) NULL,
 [VAR32_18] [varchar](32) NULL,
 [VAR32_19] [varchar](32) NULL,
 [VAR32_20] [varchar](32) NULL,
 [VAR32_21] [varchar](32) NULL,
 [VAR32_22] [varchar](32) NULL,
 [VAR32_23] [varchar](32) NULL,
 [VAR32_24] [varchar](32) NULL,
 [VAR32_25] [varchar](32) NULL,
 [VAR32_26] [varchar](32) NULL,
 [VAR32_27] [varchar](32) NULL,
 [VAR32_28] [varchar](32) NULL,
 [VAR32_29] [varchar](32) NULL,
 [VAR32_30] [varchar](32) NULL,
 [VAR32_31] [varchar](32) NULL,
 [VAR32_32] [varchar](32) NULL,
 [VAR32_33] [varchar](32) NULL,
 [VAR32_34] [varchar](32) NULL,
 [VAR32_35] [varchar](32) NULL,
 [VAR32_36] [varchar](32) NULL,
 [VAR32_37] [varchar](32) NULL,
 [VAR32_38] [varchar](32) NULL,
 [VAR32_39] [varchar](32) NULL,
 [VAR32_40] [varchar](32) NULL,
 [VAR32_41] [varchar](32) NULL,
 [VAR32_42] [varchar](32) NULL,
 [VAR32_43] [varchar](32) NULL,
 [VAR32_44] [varchar](32) NULL,
 [VAR32_45] [varchar](32) NULL,
 [VAR32_46] [varchar](32) NULL,
 [VAR32_47] [varchar](32) NULL,
 [VAR32_48] [varchar](32) NULL,
 [VAR32_49] [varchar](32) NULL,
 [VAR32_50] [varchar](32) NULL,
 [VAR32_51] [varchar](32) NULL,
 [VAR32_52] [varchar](32) NULL,
 [VAR32_53] [varchar](32) NULL,
 [VAR32_54] [varchar](32) NULL,
 [VAR32_55] [varchar](32) NULL,
 [VAR32_56] [varchar](32) NULL,
 [VAR32_57] [varchar](32) NULL,
 [VAR32_58] [varchar](32) NULL,
 [VAR32_59] [varchar](32) NULL,
 [VAR32_60] [varchar](32) NULL,
 [VAR32_61] [varchar](32) NULL,
 [VAR32_62] [varchar](32) NULL,
 [VAR32_63] [varchar](32) NULL,
 [VAR32_64] [varchar](32) NULL,
 [VAR64_01] [varchar](64) NULL,
 [VAR64_02] [varchar](64) NULL,
 [VAR64_03] [varchar](64) NULL,
 [VAR64_04] [varchar](64) NULL,
 [VAR64_05] [varchar](64) NULL,
 [VAR64_06] [varchar](64) NULL,
 [VAR64_07] [varchar](64) NULL,
 [VAR64_08] [varchar](64) NULL,
 [VAR64_09] [varchar](64) NULL,
 [VAR64_10] [varchar](64) NULL,
 [VAR64_11] [varchar](64) NULL,
 [VAR64_12] [varchar](64) NULL,
 [VAR64_13] [varchar](64) NULL,
 [VAR64_14] [varchar](64) NULL,
 [VAR64_15] [varchar](64) NULL,
 [VAR64_16] [varchar](64) NULL,
 [VAR64_17] [varchar](64) NULL,
 [VAR64_18] [varchar](64) NULL,
 [VAR64_19] [varchar](64) NULL,
 [VAR64_20] [varchar](64) NULL,
 [VAR64_21] [varchar](64) NULL,
 [VAR64_22] [varchar](64) NULL,
 [VAR64_23] [varchar](64) NULL,
 [VAR64_24] [varchar](64) NULL,
 [VAR64_25] [varchar](64) NULL,
 [VAR64_26] [varchar](64) NULL,
 [VAR64_27] [varchar](64) NULL,
 [VAR64_28] [varchar](64) NULL,
 [VAR64_29] [varchar](64) NULL,
 [VAR64_30] [varchar](64) NULL,
 [VAR64_31] [varchar](64) NULL,
 [VAR64_32] [varchar](64) NULL,
 [VAR128_01] [varchar](128) NULL,
 [VAR128_02] [varchar](128) NULL,
 [VAR128_03] [varchar](128) NULL,
 [VAR128_04] [varchar](128) NULL,
 [VAR128_05] [varchar](128) NULL,
 [VAR128_06] [varchar](128) NULL,
 [VAR128_07] [varchar](128) NULL,
 [VAR128_08] [varchar](128) NULL,
 [VAR128_09] [varchar](128) NULL,
 [VAR128_10] [varchar](128) NULL,
 [VAR128_11] [varchar](128) NULL,
 [VAR128_12] [varchar](128) NULL,
 [VAR128_13] [varchar](128) NULL,
 [VAR128_14] [varchar](128) NULL,
 [VAR128_15] [varchar](128) NULL,
 [VAR128_16] [varchar](128) NULL,
 [VAR256_01] [varchar](256) NULL,
 [VAR256_02] [varchar](256) NULL,
 [VAR256_03] [varchar](256) NULL,
 [VAR256_04] [varchar](256) NULL,
 [VAR256_05] [varchar](256) NULL,
 [VAR256_06] [varchar](256) NULL,
 [VAR256_07] [varchar](256) NULL,
 [VAR256_08] [varchar](256) NULL,
 [VAR512_01] [varchar](512) NULL,
 [VAR512_02] [varchar](512) NULL,
 [VAR512_03] [varchar](512) NULL,
 [VAR512_04] [varchar](512) NULL,
 [VAR1024_01] [varchar](1024) NULL,
 [VAR1024_02] [varchar](1024) NULL,
 [E] [varchar](20) NULL,
 [M] [varchar](40) NULL,
 [E] [varchar](50) NULL,
 [N] [varchar](40) NULL,
 [TN] [int] NULL,
 [T] [numeric](1, 0) NULL,
 [D] [numeric](1, 0) NULL,
 CONSTRAINT [XPKtable_name] PRIMARY KEY NONCLUSTERED 
(
 [L] ASC,
 [R] ASC
)


Following these missing index details, I am planning to create index with below definition:



create nonclustered index table_name_incl(A,VAR32_02) include(L,R,E,T,D,VAR32_10,VAR32_18,VAR32_19,VAR32_20,VAR64_11,VAR64_02,VAR32_42,VAR32_39,VAR32_38,VAR32_35,VAR32_39,VAR32_24,VAR32_25,VAR32_27)


I have arrived at above columns based on the number of occurrences of these columns in all 6 missing index stats.



As you can see from table definition, this is a heap and doesn't have clustered index on this table.



Appreciate your guidance or any assistance on this.



Version: Microsoft SQL Server 2014 (SP3) (KB4022619) - 12.0.6024.0 (X64) Sep 7 2018 01:37:51 Enterprise Edition: Core-based Licensing (64-bit) on Windows NT 6.3 (Build 9600: ) (Hypervisor)





sql-server index sp-blitzindex




sql-server index sp-blitzindex






share|improve this question













share|improve this question











share|improve this question




share|improve this question










asked Mar 25 at 12:53









Learning_DBAdminLearning_DBAdmin

416214




416214







  • 1





    Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

    – Erik Darling
    Mar 25 at 13:04











  • @ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

    – Learning_DBAdmin
    Mar 25 at 13:53











  • I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

    – Erik Darling
    Mar 25 at 13:57











  • @ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

    – Learning_DBAdmin
    Mar 25 at 14:01






  • 1





    No, clustered indexes don't do that. See my demo here.

    – Erik Darling
    Mar 25 at 14:35












  • 1





    Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

    – Erik Darling
    Mar 25 at 13:04











  • @ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

    – Learning_DBAdmin
    Mar 25 at 13:53











  • I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

    – Erik Darling
    Mar 25 at 13:57











  • @ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

    – Learning_DBAdmin
    Mar 25 at 14:01






  • 1





    No, clustered indexes don't do that. See my demo here.

    – Erik Darling
    Mar 25 at 14:35







1




1





Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

– Erik Darling
Mar 25 at 13:04





Silly question: why not create a clustered index? it looks like if you created one on A, it would solve a few different problems? Is the identity column a nonclustered primary key?

– Erik Darling
Mar 25 at 13:04













@ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

– Learning_DBAdmin
Mar 25 at 13:53





@ErikDarling Trying to learn from many experts in the forum. Apologies for silly question.I wish, I could have been in the position to create clustered index. Since, its a vendor supported code, don't have much room for change. Yes, primary key is created as non-clustered column.

– Learning_DBAdmin
Mar 25 at 13:53













I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

– Erik Darling
Mar 25 at 13:57





I didn't mean your question was silly, I meant mine was. I understand the pain of supporting a vendor database. But to get things right, you can create nonclustered indexes, but not clustered indexes?

– Erik Darling
Mar 25 at 13:57













@ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

– Learning_DBAdmin
Mar 25 at 14:01





@ErikDarling Clustered index poses many constraints like null, duplicates etc whereas non-clustered doesn't pose any risk for vendor and they agree on it easily. I have tried many times for clustered index creation however have faced so much resistance from them.I will try once again with them to create clustered index on A column, I would also see if we can have clustered index on L & A; this would be safer for them(I guess).

– Learning_DBAdmin
Mar 25 at 14:01




1




1





No, clustered indexes don't do that. See my demo here.

– Erik Darling
Mar 25 at 14:35





No, clustered indexes don't do that. See my demo here.

– Erik Darling
Mar 25 at 14:35










1 Answer
1






active

oldest

votes


















5














sp_BlitzIndex is just taking SQL Server's recommendations straight from sys.dm_db_missing_index_details, which have a lot of gotchas:



  • They'll recommend indexes similar to indexes that already exist

  • They have minimal concern about the speed of delete/update/insert (DUI) operations, and will recommend so many indexes that your DUIs will slow down

  • They'll recommend indexes that are way too large (too many fields) that your hardware may not be able to support

  • The fields aren't necessarily in the order - the missing index recommendation key order is driven by field order in the table

  • They won't recommend clustered indexes

With all that in mind, sp_BlitzIndex is a tool to be used with training, just like any other tool. You're on the right track by thinking about a clustered index first - I'd start there before adding nonclustered indexes.






share|improve this answer























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    1 Answer
    1






    active

    oldest

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    active

    oldest

    votes






    active

    oldest

    votes









    5














    sp_BlitzIndex is just taking SQL Server's recommendations straight from sys.dm_db_missing_index_details, which have a lot of gotchas:



    • They'll recommend indexes similar to indexes that already exist

    • They have minimal concern about the speed of delete/update/insert (DUI) operations, and will recommend so many indexes that your DUIs will slow down

    • They'll recommend indexes that are way too large (too many fields) that your hardware may not be able to support

    • The fields aren't necessarily in the order - the missing index recommendation key order is driven by field order in the table

    • They won't recommend clustered indexes

    With all that in mind, sp_BlitzIndex is a tool to be used with training, just like any other tool. You're on the right track by thinking about a clustered index first - I'd start there before adding nonclustered indexes.






    share|improve this answer



























      5














      sp_BlitzIndex is just taking SQL Server's recommendations straight from sys.dm_db_missing_index_details, which have a lot of gotchas:



      • They'll recommend indexes similar to indexes that already exist

      • They have minimal concern about the speed of delete/update/insert (DUI) operations, and will recommend so many indexes that your DUIs will slow down

      • They'll recommend indexes that are way too large (too many fields) that your hardware may not be able to support

      • The fields aren't necessarily in the order - the missing index recommendation key order is driven by field order in the table

      • They won't recommend clustered indexes

      With all that in mind, sp_BlitzIndex is a tool to be used with training, just like any other tool. You're on the right track by thinking about a clustered index first - I'd start there before adding nonclustered indexes.






      share|improve this answer

























        5












        5








        5







        sp_BlitzIndex is just taking SQL Server's recommendations straight from sys.dm_db_missing_index_details, which have a lot of gotchas:



        • They'll recommend indexes similar to indexes that already exist

        • They have minimal concern about the speed of delete/update/insert (DUI) operations, and will recommend so many indexes that your DUIs will slow down

        • They'll recommend indexes that are way too large (too many fields) that your hardware may not be able to support

        • The fields aren't necessarily in the order - the missing index recommendation key order is driven by field order in the table

        • They won't recommend clustered indexes

        With all that in mind, sp_BlitzIndex is a tool to be used with training, just like any other tool. You're on the right track by thinking about a clustered index first - I'd start there before adding nonclustered indexes.






        share|improve this answer













        sp_BlitzIndex is just taking SQL Server's recommendations straight from sys.dm_db_missing_index_details, which have a lot of gotchas:



        • They'll recommend indexes similar to indexes that already exist

        • They have minimal concern about the speed of delete/update/insert (DUI) operations, and will recommend so many indexes that your DUIs will slow down

        • They'll recommend indexes that are way too large (too many fields) that your hardware may not be able to support

        • The fields aren't necessarily in the order - the missing index recommendation key order is driven by field order in the table

        • They won't recommend clustered indexes

        With all that in mind, sp_BlitzIndex is a tool to be used with training, just like any other tool. You're on the right track by thinking about a clustered index first - I'd start there before adding nonclustered indexes.







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered Mar 25 at 13:05









        Brent OzarBrent Ozar

        35.7k19109241




        35.7k19109241



























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            RaviurheiluUrheilun kunniagalleriat Suomen HippoksenravihevostenLämminverisiäsuomenhevosiaSuomen raviurheilunBrad de Veluwe Tähtien Talli on vuonna 1995 perustettu Suomen Hippoksen ylläpitämä suomalaisten ravihevosten kunniagalleria. Tähtien Tallissa on toistaiseksi yhteensä 20 hevosta. Lämminverisiä galleriassa on kymmenen ja suomenhevosia kymmenen. Ulkomailla syntyneitä hevosia on mukana kolme. Vaikka Suomen raviurheilun perinteet ulottuvat jo 1800-luvun puolelle, painottuvat Tähtien Tallien valinnat viimeisten 20-30 vuoden aikana kilpailleisiin hevosiin. Viimeisin kunnianosoituksen saanut hevonen on Brad de Veluwe joka liitettiin Tähtien Talliin vuoden 2015 Ravigaalassa. Jäsenet | Reipas vuoden 1958 Kuninkuusraveissa Lahdessa. Passionate Kemp lämminveristen Suomen mestaruuden voittoloimi yllään. Hevonen Kilpailuvuodet Kasvattaja Valinta- vuosi Charme Asserdal 1975–1981 Erik Andersson 1995 Friendly Face 1986–1990 Robert M Mumma Estate 1995 Keystone Patriot 1980–1986 Max C. He
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