Files
sql-scripts/EXPLOIT - quicky store.sql

10528 lines
292 KiB
Transact-SQL

SET ANSI_NULLS ON;
SET ANSI_PADDING ON;
SET ANSI_WARNINGS ON;
SET ARITHABORT ON;
SET CONCAT_NULL_YIELDS_NULL ON;
SET QUOTED_IDENTIFIER ON;
SET NUMERIC_ROUNDABORT OFF;
SET IMPLICIT_TRANSACTIONS OFF;
SET STATISTICS TIME, IO OFF;
GO
/*
██████╗ ██╗ ██╗██╗ ██████╗██╗ ██╗██╗███████╗
██╔═══██╗██║ ██║██║██╔════╝██║ ██╔╝██║██╔════╝
██║ ██║██║ ██║██║██║ █████╔╝ ██║█████╗
██║▄▄ ██║██║ ██║██║██║ ██╔═██╗ ██║██╔══╝
╚██████╔╝╚██████╔╝██║╚██████╗██║ ██╗██║███████╗
╚══▀▀═╝ ╚═════╝ ╚═╝ ╚═════╝╚═╝ ╚═╝╚═╝╚══════╝
███████╗████████╗ ██████╗ ██████╗ ███████╗██╗
██╔════╝╚══██╔══╝██╔═══██╗██╔══██╗██╔════╝██║
███████╗ ██║ ██║ ██║██████╔╝█████╗ ██║
╚════██║ ██║ ██║ ██║██╔══██╗██╔══╝ ╚═╝
███████║ ██║ ╚██████╔╝██║ ██║███████╗██╗
╚══════╝ ╚═╝ ╚═════╝ ╚═╝ ╚═╝╚══════╝╚═╝
Copyright 2024 Darling Data, LLC
https://www.erikdarling.com/
For usage and licensing details, run:
EXEC sp_QuickieStore
@help = 1;
For working through errors:
EXEC sp_QuickieStore
@debug = 1;
For performance issues:
EXEC sp_QuickieStore
@troubleshoot_performance = 1;
For support, head over to GitHub:
https://github.com/erikdarlingdata/DarlingData
*/
IF OBJECT_ID('dbo.sp_QuickieStore') IS NULL
BEGIN
EXEC ('CREATE PROCEDURE dbo.sp_QuickieStore AS RETURN 138;');
END;
GO
ALTER PROCEDURE
dbo.sp_QuickieStore
(
@database_name sysname = NULL, /*the name of the database you want to look at query store in*/
@sort_order varchar(20) = 'cpu', /*the runtime metric you want to prioritize results by*/
@top bigint = 10, /*the number of queries you want to pull back*/
@start_date datetimeoffset(7) = NULL, /*the begin date of your search, will be converted to UTC internally*/
@end_date datetimeoffset(7) = NULL, /*the end date of your search, will be converted to UTC internally*/
@timezone sysname = NULL, /*user specified time zone to override dates displayed in results*/
@execution_count bigint = NULL, /*the minimum number of executions a query must have*/
@duration_ms bigint = NULL, /*the minimum duration a query must have to show up in results*/
@execution_type_desc nvarchar(60) = NULL, /*the type of execution you want to filter by (success, failure)*/
@procedure_schema sysname = NULL, /*the schema of the procedure you're searching for*/
@procedure_name sysname = NULL, /*the name of the programmable object you're searching for*/
@include_plan_ids nvarchar(4000) = NULL, /*a list of plan ids to search for*/
@include_query_ids nvarchar(4000) = NULL, /*a list of query ids to search for*/
@include_query_hashes nvarchar(4000) = NULL, /*a list of query hashes to search for*/
@include_plan_hashes nvarchar(4000) = NULL, /*a list of query plan hashes to search for*/
@include_sql_handles nvarchar(4000) = NULL, /*a list of sql handles to search for*/
@ignore_plan_ids nvarchar(4000) = NULL, /*a list of plan ids to ignore*/
@ignore_query_ids nvarchar(4000) = NULL, /*a list of query ids to ignore*/
@ignore_query_hashes nvarchar(4000) = NULL, /*a list of query hashes to ignore*/
@ignore_plan_hashes nvarchar(4000) = NULL, /*a list of query plan hashes to ignore*/
@ignore_sql_handles nvarchar(4000) = NULL, /*a list of sql handles to ignore*/
@query_text_search nvarchar(4000) = NULL, /*query text to search for*/
@query_text_search_not nvarchar(4000) = NULL, /*query text to exclude*/
@escape_brackets bit = 0, /*Set this bit to 1 to search for query text containing square brackets (common in .NET Entity Framework and other ORM queries)*/
@escape_character nchar(1) = N'\', /*Sets the ESCAPE character for special character searches, defaults to the SQL standard backslash (\) character*/
@only_queries_with_hints bit = 0, /*Set this bit to 1 to retrieve only queries with query hints*/
@only_queries_with_feedback bit = 0, /*Set this bit to 1 to retrieve only queries with query feedback*/
@only_queries_with_variants bit = 0, /*Set this bit to 1 to retrieve only queries with query variants*/
@only_queries_with_forced_plans bit = 0, /*Set this bit to 1 to retrieve only queries with forced plans*/
@only_queries_with_forced_plan_failures bit = 0, /*Set this bit to 1 to retrieve only queries with forced plan failures*/
@wait_filter varchar(20) = NULL, /*wait category to search for; category details are below*/
@query_type varchar(11) = NULL, /*filter for only ad hoc queries or only from queries from modules*/
@expert_mode bit = 0, /*returns additional columns and results*/
@hide_help_table bit = 0, /*hides the "bottom table" that shows help and support information*/
@format_output bit = 1, /*returns numbers formatted with commas*/
@get_all_databases bit = 0, /*looks for query store enabled databases and returns combined results from all of them*/
@workdays bit = 0, /*Use this to filter out weekends and after-hours queries*/
@work_start time(0) = '9am', /*Use this to set a specific start of your work days*/
@work_end time(0) = '5pm', /*Use this to set a specific end of your work days*/
@help bit = 0, /*return available parameter details, etc.*/
@debug bit = 0, /*prints dynamic sql, statement length, parameter and variable values, and raw temp table contents*/
@troubleshoot_performance bit = 0, /*set statistics xml on for queries against views*/
@version varchar(30) = NULL OUTPUT, /*OUTPUT; for support*/
@version_date datetime = NULL OUTPUT /*OUTPUT; for support*/
)
WITH RECOMPILE
AS
BEGIN
SET STATISTICS XML OFF;
SET NOCOUNT ON;
SET XACT_ABORT ON;
SET TRANSACTION ISOLATION LEVEL READ UNCOMMITTED;
BEGIN TRY
/*
If this column doesn't exist, you're not on a good version of SQL Server
*/
IF NOT EXISTS
(
SELECT
1/0
FROM sys.all_columns AS ac
WHERE ac.object_id = OBJECT_ID(N'sys.dm_exec_query_stats', N'V')
AND ac.name = N'total_spills'
)
BEGIN
RAISERROR('This procedure only runs on supported versions of SQL Server:
* 2016 SP2+
* 2017 CU3+
* 2019+
* Probably Azure?', 11, 1) WITH NOWAIT;
RETURN;
END;
/*
These are for your outputs.
*/
SELECT
@version = '4.9',
@version_date = '20240915';
/*
Helpful section! For help.
*/
IF @help = 1
BEGIN
/*
Introduction
*/
SELECT
introduction =
'hi, i''m sp_QuickieStore!' UNION ALL
SELECT 'you got me from https://github.com/erikdarlingdata/DarlingData/tree/main/sp_QuickieStore' UNION ALL
SELECT 'i can be used to quickly grab misbehaving queries from query store' UNION ALL
SELECT 'the plan analysis is up to you; there will not be any XML shredding here' UNION ALL
SELECT 'so what can you do, and how do you do it? read below!' UNION ALL
SELECT 'from your loving sql server consultant, erik darling: https://erikdarling.com';
/*
Parameters
*/
SELECT
parameter_name =
ap.name,
data_type = t.name,
description =
CASE
ap.name
WHEN N'@database_name' THEN 'the name of the database you want to look at query store in'
WHEN N'@sort_order' THEN 'the runtime metric you want to prioritize results by'
WHEN N'@top' THEN 'the number of queries you want to pull back'
WHEN N'@start_date' THEN 'the begin date of your search, will be converted to UTC internally'
WHEN N'@end_date' THEN 'the end date of your search, will be converted to UTC internally'
WHEN N'@timezone' THEN 'user specified time zone to override dates displayed in results'
WHEN N'@execution_count' THEN 'the minimum number of executions a query must have'
WHEN N'@duration_ms' THEN 'the minimum duration a query must have to show up in results'
WHEN N'@execution_type_desc' THEN 'the type of execution you want to filter by (success, failure)'
WHEN N'@procedure_schema' THEN 'the schema of the procedure you''re searching for'
WHEN N'@procedure_name' THEN 'the name of the programmable object you''re searching for'
WHEN N'@include_plan_ids' THEN 'a list of plan ids to search for'
WHEN N'@include_query_ids' THEN 'a list of query ids to search for'
WHEN N'@include_query_hashes' THEN 'a list of query hashes to search for'
WHEN N'@include_plan_hashes' THEN 'a list of query plan hashes to search for'
WHEN N'@include_sql_handles' THEN 'a list of sql handles to search for'
WHEN N'@ignore_plan_ids' THEN 'a list of plan ids to ignore'
WHEN N'@ignore_query_ids' THEN 'a list of query ids to ignore'
WHEN N'@ignore_query_hashes' THEN 'a list of query hashes to ignore'
WHEN N'@ignore_plan_hashes' THEN 'a list of query plan hashes to ignore'
WHEN N'@ignore_sql_handles' THEN 'a list of sql handles to ignore'
WHEN N'@query_text_search' THEN 'query text to search for'
WHEN N'@query_text_search_not' THEN 'query text to exclude'
WHEN N'@escape_brackets' THEN 'Set this bit to 1 to search for query text containing square brackets (common in .NET Entity Framework and other ORM queries)'
WHEN N'@escape_character' THEN 'Sets the ESCAPE character for special character searches, defaults to the SQL standard backslash (\) character'
WHEN N'@only_queries_with_hints' THEN 'only return queries with query hints'
WHEN N'@only_queries_with_feedback' THEN 'only return queries with query feedback'
WHEN N'@only_queries_with_variants' THEN 'only return queries with query variants'
WHEN N'@only_queries_with_forced_plans' THEN 'only return queries with forced plans'
WHEN N'@only_queries_with_forced_plan_failures' THEN 'only return queries with forced plan failures'
WHEN N'@wait_filter' THEN 'wait category to search for; category details are below'
WHEN N'@query_type' THEN 'filter for only ad hoc queries or only from queries from modules'
WHEN N'@expert_mode' THEN 'returns additional columns and results'
WHEN N'@hide_help_table' THEN 'hides the "bottom table" that shows help and support information'
WHEN N'@format_output' THEN 'returns numbers formatted with commas'
WHEN N'@get_all_databases' THEN 'looks for query store enabled databases and returns combined results from all of them'
WHEN N'@workdays' THEN 'use this to filter out weekends and after-hours queries'
WHEN N'@work_start' THEN 'use this to set a specific start of your work days'
WHEN N'@work_end' THEN 'use this to set a specific end of your work days'
WHEN N'@help' THEN 'how you got here'
WHEN N'@debug' THEN 'prints dynamic sql, statement length, parameter and variable values, and raw temp table contents'
WHEN N'@troubleshoot_performance' THEN 'set statistics xml on for queries against views'
WHEN N'@version' THEN 'OUTPUT; for support'
WHEN N'@version_date' THEN 'OUTPUT; for support'
END,
valid_inputs =
CASE
ap.name
WHEN N'@database_name' THEN 'a database name with query store enabled'
WHEN N'@sort_order' THEN 'cpu, logical reads, physical reads, writes, duration, memory, tempdb, executions, recent, plan count by hashes, cpu waits, lock waits, locks waits, latch waits, latches waits, buffer latch waits, buffer latches waits, buffer io waits, log waits, log io waits, network waits, network io waits, parallel waits, parallelism waits, memory waits, total waits'
WHEN N'@top' THEN 'a positive integer between 1 and 9,223,372,036,854,775,807'
WHEN N'@start_date' THEN 'January 1, 1753, through December 31, 9999'
WHEN N'@end_date' THEN 'January 1, 1753, through December 31, 9999'
WHEN N'@timezone' THEN 'SELECT tzi.* FROM sys.time_zone_info AS tzi;'
WHEN N'@execution_count' THEN 'a positive integer between 1 and 9,223,372,036,854,775,807'
WHEN N'@duration_ms' THEN 'a positive integer between 1 and 9,223,372,036,854,775,807'
WHEN N'@execution_type_desc' THEN 'regular, aborted, exception'
WHEN N'@procedure_schema' THEN 'a valid schema in your database'
WHEN N'@procedure_name' THEN 'a valid programmable object in your database, can use wildcards'
WHEN N'@include_plan_ids' THEN 'a string; comma separated for multiple ids'
WHEN N'@include_query_ids' THEN 'a string; comma separated for multiple ids'
WHEN N'@include_query_hashes' THEN 'a string; comma separated for multiple hashes'
WHEN N'@include_plan_hashes' THEN 'a string; comma separated for multiple hashes'
WHEN N'@include_sql_handles' THEN 'a string; comma separated for multiple handles'
WHEN N'@ignore_plan_ids' THEN 'a string; comma separated for multiple ids'
WHEN N'@ignore_query_ids' THEN 'a string; comma separated for multiple ids'
WHEN N'@ignore_query_hashes' THEN 'a string; comma separated for multiple hashes'
WHEN N'@ignore_plan_hashes' THEN 'a string; comma separated for multiple hashes'
WHEN N'@ignore_sql_handles' THEN 'a string; comma separated for multiple handles'
WHEN N'@query_text_search' THEN 'a string; leading and trailing wildcards will be added if missing'
WHEN N'@query_text_search_not' THEN 'a string; leading and trailing wildcards will be added if missing'
WHEN N'@escape_brackets' THEN '0 or 1'
WHEN N'@escape_character' THEN 'some escape character, SQL standard is backslash (\)'
WHEN N'@only_queries_with_hints' THEN '0 or 1'
WHEN N'@only_queries_with_feedback' THEN '0 or 1'
WHEN N'@only_queries_with_variants' THEN '0 or 1'
WHEN N'@only_queries_with_forced_plans' THEN '0 or 1'
WHEN N'@only_queries_with_forced_plan_failures' THEN '0 or 1'
WHEN N'@wait_filter' THEN 'cpu, lock, latch, buffer latch, buffer io, log io, network io, parallelism, memory'
WHEN N'@query_type' THEN 'ad hoc, adhoc, proc, procedure, whatever.'
WHEN N'@expert_mode' THEN '0 or 1'
WHEN N'@hide_help_table' THEN '0 or 1'
WHEN N'@format_output' THEN '0 or 1'
WHEN N'@get_all_databases' THEN '0 or 1'
WHEN N'@workdays' THEN '0 or 1'
WHEN N'@work_start' THEN 'a time like 8am, 9am or something'
WHEN N'@work_end' THEN 'a time like 5pm, 6pm or something'
WHEN N'@help' THEN '0 or 1'
WHEN N'@debug' THEN '0 or 1'
WHEN N'@troubleshoot_performance' THEN '0 or 1'
WHEN N'@version' THEN 'none; OUTPUT'
WHEN N'@version_date' THEN 'none; OUTPUT'
END,
defaults =
CASE
ap.name
WHEN N'@database_name' THEN 'NULL; current non-system database name if NULL'
WHEN N'@sort_order' THEN 'cpu'
WHEN N'@top' THEN '10'
WHEN N'@start_date' THEN 'the last seven days'
WHEN N'@end_date' THEN 'NULL'
WHEN N'@timezone' THEN 'NULL'
WHEN N'@execution_count' THEN 'NULL'
WHEN N'@duration_ms' THEN 'NULL'
WHEN N'@execution_type_desc' THEN 'NULL'
WHEN N'@procedure_schema' THEN 'NULL; dbo if NULL and procedure name is not NULL'
WHEN N'@procedure_name' THEN 'NULL'
WHEN N'@include_plan_ids' THEN 'NULL'
WHEN N'@include_query_ids' THEN 'NULL'
WHEN N'@include_query_hashes' THEN 'NULL'
WHEN N'@include_plan_hashes' THEN 'NULL'
WHEN N'@include_sql_handles' THEN 'NULL'
WHEN N'@ignore_plan_ids' THEN 'NULL'
WHEN N'@ignore_query_ids' THEN 'NULL'
WHEN N'@ignore_query_hashes' THEN 'NULL'
WHEN N'@ignore_plan_hashes' THEN 'NULL'
WHEN N'@ignore_sql_handles' THEN 'NULL'
WHEN N'@query_text_search' THEN 'NULL'
WHEN N'@query_text_search_not' THEN 'NULL'
WHEN N'@escape_brackets' THEN '0'
WHEN N'@escape_character' THEN '\'
WHEN N'@only_queries_with_hints' THEN '0'
WHEN N'@only_queries_with_feedback' THEN '0'
WHEN N'@only_queries_with_variants' THEN '0'
WHEN N'@only_queries_with_forced_plans' THEN '0'
WHEN N'@only_queries_with_forced_plan_failures' THEN '0'
WHEN N'@wait_filter' THEN 'NULL'
WHEN N'@query_type' THEN 'NULL'
WHEN N'@expert_mode' THEN '0'
WHEN N'@hide_help_table' THEN '0'
WHEN N'@format_output' THEN '1'
WHEN N'@get_all_databases' THEN '0'
WHEN N'@workdays' THEN '0'
WHEN N'@work_start' THEN '9am'
WHEN N'@work_end' THEN '5pm'
WHEN N'@debug' THEN '0'
WHEN N'@help' THEN '0'
WHEN N'@troubleshoot_performance' THEN '0'
WHEN N'@version' THEN 'none; OUTPUT'
WHEN N'@version_date' THEN 'none; OUTPUT'
END
FROM sys.all_parameters AS ap
INNER JOIN sys.all_objects AS o
ON ap.object_id = o.object_id
INNER JOIN sys.types AS t
ON ap.system_type_id = t.system_type_id
AND ap.user_type_id = t.user_type_id
WHERE o.name = N'sp_QuickieStore'
OPTION(RECOMPILE);
/*
Wait categories: Only 2017+
*/
IF EXISTS
(
SELECT
1/0
FROM sys.all_objects AS ao
WHERE ao.name = N'query_store_wait_stats'
)
BEGIN
SELECT
wait_categories =
'cpu (1): SOS_SCHEDULER_YIELD' UNION ALL
SELECT 'lock (3): LCK_M_%' UNION ALL
SELECT 'latch (4): LATCH_%' UNION ALL
SELECT 'buffer latch (5): PAGELATCH_%' UNION ALL
SELECT 'buffer io (6): PAGEIOLATCH_%' UNION ALL
SELECT 'log io (14): LOGMGR, LOGBUFFER, LOGMGR_RESERVE_APPEND, LOGMGR_FLUSH, LOGMGR_PMM_LOG, CHKPT, WRITELOG' UNION ALL
SELECT 'network io (15): ASYNC_NETWORK_IO, NET_WAITFOR_PACKET, PROXY_NETWORK_IO, EXTERNAL_SCRIPT_NETWORK_IOF' UNION ALL
SELECT 'parallelism (16): CXPACKET, EXCHANGE, HT%, BMP%, BP%' UNION ALL
SELECT 'memory (17): RESOURCE_SEMAPHORE, CMEMTHREAD, CMEMPARTITIONED, EE_PMOLOCK, MEMORY_ALLOCATION_EXT, RESERVED_MEMORY_ALLOCATION_EXT, MEMORY_GRANT_UPDATE';
END;
/*
Results
*/
SELECT
results =
'results returned at the end of the procedure:' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Runtime Stats: data from query_store_runtime_stats, along with query plan, query text, wait stats (2017+, when enabled), and parent object' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Compilation Stats (expert mode only): data from query_store_query about compilation metrics' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Resource Stats (expert mode only): data from dm_exec_query_stats, when available' UNION ALL
SELECT 'query store does not currently track some details about memory grants and thread usage' UNION ALL
SELECT 'so i go back to a plan cache view to try to track it down' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Store Plan Feedback (2022+, expert mode, or when using only_queries_with_feedback): Lists queries that have been adjusted based on automated feedback mechanisms' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Store Hints (2022+, expert mode or when using @only_queries_with_hints): lists hints applied to queries from automated feedback mechanisms' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Variants (2022+, expert mode or when using @only_queries_with_variants): lists plan variants from the Parameter Sensitive Plan feedback mechanism' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Store Waits By Query (2017+, expert mode only): information about query duration and logged wait stats' UNION ALL
SELECT 'it can sometimes be useful to compare query duration to query wait times' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Store Waits Total (2017+, expert mode only): total wait stats for the chosen date range only' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Replicas (2022+, expert mode only): lists plans forced on AG replicas' UNION ALL
SELECT REPLICATE('-', 100) UNION ALL
SELECT 'Query Store Options (expert mode only): details about current query store configuration';
/*
Limitations
*/
SELECT
limitations =
'frigid shortcomings:' UNION ALL
SELECT 'you need to be on at least SQL Server 2016 SP2, 2017 CU3, or any higher version to run this' UNION ALL
SELECT 'if you''re on azure sql db then you''ll need to be in compat level 130' UNION ALL
SELECT 'i do not currently support synapse or edge or other memes, and azure sql db support is not guaranteed';
/*
License to F5
*/
SELECT
mit_license_yo =
'i am MIT licensed, so like, do whatever'
UNION ALL
SELECT
mit_license_yo =
'see printed messages for full license';
RAISERROR('
MIT License
Copyright 2024 Darling Data, LLC
https://www.erikdarling.com/
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute,
sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the
following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE
FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
', 0, 1) WITH NOWAIT;
RETURN;
END; /*End @help section*/
/*
These are the tables that we'll use to grab data from query store
It will be fun
You'll love it
*/
/*
Plans we'll be working on
*/
CREATE TABLE
#distinct_plans
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for procedures we're searching
*/
CREATE TABLE
#procedure_plans
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for procedures we're searching
*/
CREATE TABLE
#procedure_object_ids
(
[object_id] bigint PRIMARY KEY
);
/*
Hold plan_ids for ad hoc or procedures we're searching for
*/
CREATE TABLE
#query_types
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for plans we want
*/
CREATE TABLE
#include_plan_ids
(
plan_id bigint PRIMARY KEY WITH (IGNORE_DUP_KEY = ON)
);
/*
Hold query_ids for plans we want
*/
CREATE TABLE
#include_query_ids
(
query_id bigint PRIMARY KEY
);
/*
Hold plan_ids for ignored plans
*/
CREATE TABLE
#ignore_plan_ids
(
plan_id bigint PRIMARY KEY WITH (IGNORE_DUP_KEY = ON)
);
/*
Hold query_ids for ignored plans
*/
CREATE TABLE
#ignore_query_ids
(
query_id bigint PRIMARY KEY
);
/*
Hold query hashes for plans we want
*/
CREATE TABLE
#include_query_hashes
(
query_hash_s varchar(131),
query_hash AS
CONVERT
(
binary(8),
query_hash_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
The following two tables are for adding extra columns
on to our output. We need these for sorting by anything
that isn't in #query_store_runtime_stats.
We still have to declare these tables even when they're
not used because the debug output breaks if we don't.
They are database dependent but not truncated at
the end of each loop, so we need a database_id
column.
We do not truncate these because we need them to still
be in scope and fully populated when we return our
final results from #query_store_runtime_stats, which
is done after the point where we would truncate.
*/
/*
Holds plan_id with the count of the number of query hashes they have.
Only used when we're sorting by how many plan hashes each
query hash has.
*/
CREATE TABLE
#plan_ids_with_query_hashes
(
database_id int NOT NULL,
plan_id bigint NOT NULL,
query_hash binary(8) NOT NULL,
plan_hash_count_for_query_hash INT NOT NULL,
PRIMARY KEY (database_id, plan_id, query_hash)
);
/*
Largely just exists because total_query_wait_time_ms
isn't in our normal output.
*/
CREATE TABLE
#plan_ids_with_total_waits
(
database_id int NOT NULL,
plan_id bigint NOT NULL,
total_query_wait_time_ms bigint NOT NULL,
PRIMARY KEY (database_id, plan_id)
);
/*
Hold plan hashes for plans we want
*/
CREATE TABLE
#include_plan_hashes
(
plan_hash_s varchar(131),
plan_hash AS
CONVERT
(
binary(8),
plan_hash_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
Hold query hashes for ignored plans
*/
CREATE TABLE
#ignore_query_hashes
(
query_hash_s varchar(131),
query_hash AS
CONVERT
(
binary(8),
query_hash_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
Hold plan hashes for ignored plans
*/
CREATE TABLE
#ignore_plan_hashes
(
plan_hash_s varchar(131),
plan_hash AS
CONVERT
(
binary(8),
plan_hash_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
Hold sql handles for plans we want
*/
CREATE TABLE
#include_sql_handles
(
sql_handle_s varchar(131),
sql_handle AS
CONVERT
(
varbinary(64),
sql_handle_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
Hold sql handles for ignored plans
*/
CREATE TABLE
#ignore_sql_handles
(
sql_handle_s varchar(131),
sql_handle AS
CONVERT
(
varbinary(64),
sql_handle_s,
1
) PERSISTED NOT NULL PRIMARY KEY
);
/*
Hold plan_ids for only query with hints
*/
CREATE TABLE
#only_queries_with_hints
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for only query with feedback
*/
CREATE TABLE
#only_queries_with_feedback
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for only query with variants
*/
CREATE TABLE
#only_queries_with_variants
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for forced plans and/or forced plan failures
I'm overloading this a bit for simplicity, since searching for
failures is just an extension of searching for forced plans
*/
CREATE TABLE
#forced_plans_failures
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for matching query text
*/
CREATE TABLE
#query_text_search
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for matching query text (not)
*/
CREATE TABLE
#query_text_search_not
(
plan_id bigint PRIMARY KEY
);
/*
Hold plan_ids for matching wait filter
*/
CREATE TABLE
#wait_filter
(
plan_id bigint PRIMARY KEY
);
/*
Index and statistics entries to avoid
*/
CREATE TABLE
#maintenance_plans
(
plan_id bigint PRIMARY KEY
);
/*
Query Store Setup
*/
CREATE TABLE
#database_query_store_options
(
database_id int NOT NULL,
desired_state_desc nvarchar(60) NULL,
actual_state_desc nvarchar(60) NULL,
readonly_reason nvarchar(100) NULL,
current_storage_size_mb bigint NULL,
flush_interval_seconds bigint NULL,
interval_length_minutes bigint NULL,
max_storage_size_mb bigint NULL,
stale_query_threshold_days bigint NULL,
max_plans_per_query bigint NULL,
query_capture_mode_desc nvarchar(60) NULL,
capture_policy_execution_count int NULL,
capture_policy_total_compile_cpu_time_ms bigint NULL,
capture_policy_total_execution_cpu_time_ms bigint NULL,
capture_policy_stale_threshold_hours int NULL,
size_based_cleanup_mode_desc nvarchar(60) NULL,
wait_stats_capture_mode_desc nvarchar(60) NULL
);
/*
Query Store Trouble
*/
CREATE TABLE
#query_store_trouble
(
database_id int NOT NULL,
desired_state_desc nvarchar(60) NULL,
actual_state_desc nvarchar(60) NULL,
readonly_reason nvarchar(100) NULL,
current_storage_size_mb bigint NULL,
flush_interval_seconds bigint NULL,
interval_length_minutes bigint NULL,
max_storage_size_mb bigint NULL,
stale_query_threshold_days bigint NULL,
max_plans_per_query bigint NULL,
query_capture_mode_desc nvarchar(60) NULL,
size_based_cleanup_mode_desc nvarchar(60) NULL
);
/*
Plans and Plan information
*/
CREATE TABLE
#query_store_plan
(
database_id int NOT NULL,
plan_id bigint NOT NULL,
query_id bigint NOT NULL,
all_plan_ids varchar(MAX),
plan_group_id bigint NULL,
engine_version nvarchar(32) NULL,
compatibility_level smallint NOT NULL,
query_plan_hash binary(8) NOT NULL,
query_plan nvarchar(MAX) NULL,
is_online_index_plan bit NOT NULL,
is_trivial_plan bit NOT NULL,
is_parallel_plan bit NOT NULL,
is_forced_plan bit NOT NULL,
is_natively_compiled bit NOT NULL,
force_failure_count bigint NOT NULL,
last_force_failure_reason_desc nvarchar(128) NULL,
count_compiles bigint NULL,
initial_compile_start_time datetimeoffset(7) NOT NULL,
last_compile_start_time datetimeoffset(7) NULL,
last_execution_time datetimeoffset(7) NULL,
avg_compile_duration_ms float NULL,
last_compile_duration_ms bigint NULL,
plan_forcing_type_desc nvarchar(60) NULL,
has_compile_replay_script bit NULL,
is_optimized_plan_forcing_disabled bit NULL,
plan_type_desc nvarchar(120) NULL
);
/*
Queries and Compile Information
*/
CREATE TABLE
#query_store_query
(
database_id int NOT NULL,
query_id bigint NOT NULL,
query_text_id bigint NOT NULL,
context_settings_id bigint NOT NULL,
object_id bigint NULL,
object_name AS
ISNULL
(
QUOTENAME
(
OBJECT_SCHEMA_NAME
(
object_id,
database_id
)
) +
N'.' +
QUOTENAME
(
OBJECT_NAME
(
object_id,
database_id
)
),
N'Adhoc'
),
batch_sql_handle varbinary(64) NULL,
query_hash binary(8) NOT NULL,
is_internal_query bit NOT NULL,
query_parameterization_type_desc nvarchar(60) NULL,
initial_compile_start_time datetimeoffset(7) NOT NULL,
last_compile_start_time datetimeoffset(7) NULL,
last_execution_time datetimeoffset(7) NULL,
last_compile_batch_sql_handle varbinary(64) NULL,
last_compile_batch_offset_start bigint NULL,
last_compile_batch_offset_end bigint NULL,
count_compiles bigint NULL,
avg_compile_duration_ms float NULL,
total_compile_duration_ms AS
(count_compiles * avg_compile_duration_ms),
last_compile_duration_ms bigint NULL,
avg_bind_duration_ms float NULL,
total_bind_duration_ms AS
(count_compiles * avg_bind_duration_ms),
last_bind_duration_ms bigint NULL,
avg_bind_cpu_time_ms float NULL,
total_bind_cpu_time_ms AS
(count_compiles * avg_bind_cpu_time_ms),
last_bind_cpu_time_ms bigint NULL,
avg_optimize_duration_ms float NULL,
total_optimize_duration_ms AS
(count_compiles * avg_optimize_duration_ms),
last_optimize_duration_ms bigint NULL,
avg_optimize_cpu_time_ms float NULL,
total_optimize_cpu_time_ms AS
(count_compiles * avg_optimize_cpu_time_ms),
last_optimize_cpu_time_ms bigint NULL,
avg_compile_memory_mb float NULL,
total_compile_memory_mb AS
(count_compiles * avg_compile_memory_mb),
last_compile_memory_mb bigint NULL,
max_compile_memory_mb bigint NULL,
is_clouddb_internal_query bit NULL
);
/*
Query Text And Columns From sys.dm_exec_query_stats
*/
CREATE TABLE
#query_store_query_text
(
database_id int NOT NULL,
query_text_id bigint NOT NULL,
query_sql_text xml NULL,
statement_sql_handle varbinary(64) NULL,
is_part_of_encrypted_module bit NOT NULL,
has_restricted_text bit NOT NULL,
total_grant_mb bigint NULL,
last_grant_mb bigint NULL,
min_grant_mb bigint NULL,
max_grant_mb bigint NULL,
total_used_grant_mb bigint NULL,
last_used_grant_mb bigint NULL,
min_used_grant_mb bigint NULL,
max_used_grant_mb bigint NULL,
total_ideal_grant_mb bigint NULL,
last_ideal_grant_mb bigint NULL,
min_ideal_grant_mb bigint NULL,
max_ideal_grant_mb bigint NULL,
total_reserved_threads bigint NULL,
last_reserved_threads bigint NULL,
min_reserved_threads bigint NULL,
max_reserved_threads bigint NULL,
total_used_threads bigint NULL,
last_used_threads bigint NULL,
min_used_threads bigint NULL,
max_used_threads bigint NULL
);
/*
Figure it out.
*/
CREATE TABLE
#dm_exec_query_stats
(
statement_sql_handle varbinary(64) NOT NULL,
total_grant_mb bigint NULL,
last_grant_mb bigint NULL,
min_grant_mb bigint NULL,
max_grant_mb bigint NULL,
total_used_grant_mb bigint NULL,
last_used_grant_mb bigint NULL,
min_used_grant_mb bigint NULL,
max_used_grant_mb bigint NULL,
total_ideal_grant_mb bigint NULL,
last_ideal_grant_mb bigint NULL,
min_ideal_grant_mb bigint NULL,
max_ideal_grant_mb bigint NULL,
total_reserved_threads bigint NULL,
last_reserved_threads bigint NULL,
min_reserved_threads bigint NULL,
max_reserved_threads bigint NULL,
total_used_threads bigint NULL,
last_used_threads bigint NULL,
min_used_threads bigint NULL,
max_used_threads bigint NULL
);
/*
Runtime stats information
*/
CREATE TABLE
#query_store_runtime_stats
(
database_id int NOT NULL,
runtime_stats_id bigint NOT NULL,
plan_id bigint NOT NULL,
runtime_stats_interval_id bigint NOT NULL,
execution_type_desc nvarchar(60) NULL,
first_execution_time datetimeoffset(7) NOT NULL,
last_execution_time datetimeoffset(7) NOT NULL,
count_executions bigint NOT NULL,
executions_per_second AS
ISNULL
(
count_executions /
NULLIF
(
DATEDIFF
(
SECOND,
first_execution_time,
last_execution_time
),
0
),
0
),
avg_duration_ms float NULL,
last_duration_ms bigint NOT NULL,
min_duration_ms bigint NOT NULL,
max_duration_ms bigint NOT NULL,
total_duration_ms AS
(avg_duration_ms * count_executions),
avg_cpu_time_ms float NULL,
last_cpu_time_ms bigint NOT NULL,
min_cpu_time_ms bigint NOT NULL,
max_cpu_time_ms bigint NOT NULL,
total_cpu_time_ms AS
(avg_cpu_time_ms * count_executions),
avg_logical_io_reads_mb float NULL,
last_logical_io_reads_mb bigint NOT NULL,
min_logical_io_reads_mb bigint NOT NULL,
max_logical_io_reads_mb bigint NOT NULL,
total_logical_io_reads_mb AS
(avg_logical_io_reads_mb * count_executions),
avg_logical_io_writes_mb float NULL,
last_logical_io_writes_mb bigint NOT NULL,
min_logical_io_writes_mb bigint NOT NULL,
max_logical_io_writes_mb bigint NOT NULL,
total_logical_io_writes_mb AS
(avg_logical_io_writes_mb * count_executions),
avg_physical_io_reads_mb float NULL,
last_physical_io_reads_mb bigint NOT NULL,
min_physical_io_reads_mb bigint NOT NULL,
max_physical_io_reads_mb bigint NOT NULL,
total_physical_io_reads_mb AS
(avg_physical_io_reads_mb * count_executions),
avg_clr_time_ms float NULL,
last_clr_time_ms bigint NOT NULL,
min_clr_time_ms bigint NOT NULL,
max_clr_time_ms bigint NOT NULL,
total_clr_time_ms AS
(avg_clr_time_ms * count_executions),
last_dop bigint NOT NULL,
min_dop bigint NOT NULL,
max_dop bigint NOT NULL,
avg_query_max_used_memory_mb float NULL,
last_query_max_used_memory_mb bigint NOT NULL,
min_query_max_used_memory_mb bigint NOT NULL,
max_query_max_used_memory_mb bigint NOT NULL,
total_query_max_used_memory_mb AS
(avg_query_max_used_memory_mb * count_executions),
avg_rowcount float NULL,
last_rowcount bigint NOT NULL,
min_rowcount bigint NOT NULL,
max_rowcount bigint NOT NULL,
total_rowcount AS
(avg_rowcount * count_executions),
avg_num_physical_io_reads_mb float NULL,
last_num_physical_io_reads_mb bigint NULL,
min_num_physical_io_reads_mb bigint NULL,
max_num_physical_io_reads_mb bigint NULL,
total_num_physical_io_reads_mb AS
(avg_num_physical_io_reads_mb * count_executions),
avg_log_bytes_used_mb float NULL,
last_log_bytes_used_mb bigint NULL,
min_log_bytes_used_mb bigint NULL,
max_log_bytes_used_mb bigint NULL,
total_log_bytes_used_mb AS
(avg_log_bytes_used_mb * count_executions),
avg_tempdb_space_used_mb float NULL,
last_tempdb_space_used_mb bigint NULL,
min_tempdb_space_used_mb bigint NULL,
max_tempdb_space_used_mb bigint NULL,
total_tempdb_space_used_mb AS
(avg_tempdb_space_used_mb * count_executions),
context_settings nvarchar(256) NULL
);
/*
Wait Stats, When Available (2017+)
*/
CREATE TABLE
#query_store_wait_stats
(
database_id int NOT NULL,
plan_id bigint NOT NULL,
wait_category_desc nvarchar(60) NOT NULL,
total_query_wait_time_ms bigint NOT NULL,
avg_query_wait_time_ms float NULL,
last_query_wait_time_ms bigint NOT NULL,
min_query_wait_time_ms bigint NOT NULL,
max_query_wait_time_ms bigint NOT NULL
);
/*
Context is everything
*/
CREATE TABLE
#query_context_settings
(
database_id int NOT NULL,
context_settings_id bigint NOT NULL,
set_options varbinary(8) NULL,
language_id smallint NOT NULL,
date_format smallint NOT NULL,
date_first tinyint NOT NULL,
status varbinary(2) NULL,
required_cursor_options int NOT NULL,
acceptable_cursor_options int NOT NULL,
merge_action_type smallint NOT NULL,
default_schema_id int NOT NULL,
is_replication_specific bit NOT NULL,
is_contained varbinary(1) NULL
);
/*
Feed me Seymour
*/
CREATE TABLE
#query_store_plan_feedback
(
database_id int NOT NULL,
plan_feedback_id bigint,
plan_id bigint,
feature_desc nvarchar(120),
feedback_data nvarchar(MAX),
state_desc nvarchar(120),
create_time datetimeoffset(7),
last_updated_time datetimeoffset(7)
);
/*
America's Most Hinted
*/
CREATE TABLE
#query_store_query_hints
(
database_id int NOT NULL,
query_hint_id bigint,
query_id bigint,
query_hint_text nvarchar(MAX),
last_query_hint_failure_reason_desc nvarchar(256),
query_hint_failure_count bigint,
source_desc nvarchar(256)
);
/*
Variant? Deviant? You decide!
*/
CREATE TABLE
#query_store_query_variant
(
database_id int NOT NULL,
query_variant_query_id bigint,
parent_query_id bigint,
dispatcher_plan_id bigint
);
/*
Replicants
*/
CREATE TABLE
#query_store_replicas
(
database_id int NOT NULL,
replica_group_id bigint,
role_type smallint,
replica_name nvarchar(1288)
);
/*
Location, location, location
*/
CREATE TABLE
#query_store_plan_forcing_locations
(
database_id int NOT NULL,
plan_forcing_location_id bigint,
query_id bigint,
plan_id bigint,
replica_group_id bigint
);
/*
Trouble Loves Me
*/
CREATE TABLE
#troubleshoot_performance
(
id bigint IDENTITY,
current_table nvarchar(100),
start_time datetime,
end_time datetime,
runtime_ms AS
FORMAT
(
DATEDIFF
(
MILLISECOND,
start_time,
end_time
),
'N0'
)
);
/*GET ALL THOSE DATABASES*/
CREATE TABLE
#databases
(
database_name sysname PRIMARY KEY
);
/*
Try to be helpful by subbing in a database name if null
*/
IF
(
@database_name IS NULL
AND LOWER(DB_NAME())
NOT IN
(
N'master',
N'model',
N'msdb',
N'tempdb',
N'dbatools',
N'dbadmin',
N'dbmaintenance',
N'rdsadmin',
N'other_memes'
)
AND @get_all_databases = 0
)
BEGIN
SELECT
@database_name =
DB_NAME();
END;
/*
Variables for the variable gods
*/
DECLARE
@azure bit,
@engine int,
@product_version int,
@database_id int,
@database_name_quoted sysname,
@procedure_name_quoted nvarchar(1024),
@collation sysname,
@new bit,
@sql nvarchar(MAX),
@isolation_level nvarchar(MAX),
@parameters nvarchar(4000),
@plans_top bigint,
@queries_top bigint,
@nc10 nvarchar(2),
@where_clause nvarchar(MAX),
@query_text_search_original_value nvarchar(4000),
@query_text_search_not_original_value nvarchar(4000),
@procedure_exists bit,
@query_store_exists bit,
@query_store_trouble bit,
@query_store_waits_enabled bit,
@sql_2022_views bit,
@ags_present bit,
@string_split_ints nvarchar(1500),
@string_split_strings nvarchar(1500),
@current_table nvarchar(100),
@troubleshoot_insert nvarchar(MAX),
@troubleshoot_update nvarchar(MAX),
@troubleshoot_info nvarchar(MAX),
@rc bigint,
@em tinyint,
@fo tinyint,
@start_date_original datetimeoffset(7),
@end_date_original datetimeoffset(7),
@utc_minutes_difference bigint,
@utc_offset_string nvarchar(6),
@df integer,
@work_start_utc time(0),
@work_end_utc time(0),
@sort_order_is_a_wait bit;
/*
In cases where we are escaping @query_text_search and
looping over multiple databases, we need to make sure
to not escape the string more than once.
The solution is to reset to the original value each loop.
This therefore needs to be done before the cursor.
*/
IF
(
@get_all_databases = 1
AND @escape_brackets = 1
)
BEGIN
SELECT
@query_text_search_original_value = @query_text_search,
@query_text_search_not_original_value = @query_text_search_not;
END;
/*
We also need to capture original values here.
Doing it inside a loop over multiple databases
would break the UTC conversion.
*/
SELECT
@start_date_original =
ISNULL
(
@start_date,
DATEADD
(
DAY,
-7,
DATEDIFF
(
DAY,
'19000101',
SYSUTCDATETIME()
)
)
),
@end_date_original =
ISNULL
(
@end_date,
DATEADD
(
DAY,
1,
DATEADD
(
MINUTE,
0,
DATEDIFF
(
DAY,
'19000101',
SYSUTCDATETIME()
)
)
)
);
/*
This section is in a cursor whether we
hit one database, or multiple
I do all the variable assignment in the
cursor block because some of them
are assigned for the specific database
that is currently being looked at
*/
IF
(
SELECT
CONVERT
(
sysname,
SERVERPROPERTY('EngineEdition')
)
) IN (5, 8)
BEGIN
INSERT INTO
#databases WITH(TABLOCK)
(
database_name
)
SELECT
database_name =
ISNULL(@database_name, DB_NAME())
WHERE @get_all_databases = 0
UNION ALL
SELECT
database_name =
d.name
FROM sys.databases AS d
WHERE @get_all_databases = 1
AND d.is_query_store_on = 1
AND d.database_id > 4
AND d.state = 0
AND d.is_in_standby = 0
AND d.is_read_only = 0
OPTION(RECOMPILE);
END
ELSE
BEGIN
INSERT
#databases WITH(TABLOCK)
(
database_name
)
SELECT
database_name =
ISNULL(@database_name, DB_NAME())
WHERE @get_all_databases = 0
UNION ALL
SELECT
database_name =
d.name
FROM sys.databases AS d
WHERE @get_all_databases = 1
AND d.is_query_store_on = 1
AND d.database_id > 4
AND d.state = 0
AND d.is_in_standby = 0
AND d.is_read_only = 0
AND NOT EXISTS
(
SELECT
1/0
FROM sys.dm_hadr_availability_replica_states AS s
JOIN sys.availability_databases_cluster AS c
ON s.group_id = c.group_id
AND d.name = c.database_name
WHERE s.is_local <> 1
AND s.role_desc <> N'PRIMARY'
AND DATABASEPROPERTYEX(c.database_name, N'Updateability') <> N'READ_WRITE'
)
OPTION(RECOMPILE);
END;
DECLARE
@database_cursor CURSOR;
SET
@database_cursor = CURSOR
LOCAL
SCROLL
DYNAMIC
READ_ONLY
FOR
SELECT
d.database_name
FROM #databases AS d;
OPEN @database_cursor;
FETCH FIRST
FROM @database_cursor
INTO @database_name;
WHILE @@FETCH_STATUS = 0
BEGIN
/*
Some variable assignment, because why not?
*/
IF @debug = 1
BEGIN
RAISERROR('Starting analysis for database %s', 0, 1, @database_name) WITH NOWAIT;
END;
SELECT
@azure =
CASE
WHEN
CONVERT
(
sysname,
SERVERPROPERTY('EDITION')
) = N'SQL Azure'
THEN 1
ELSE 0
END,
@engine =
CONVERT
(
int,
SERVERPROPERTY('ENGINEEDITION')
),
@product_version =
CONVERT
(
int,
PARSENAME
(
CONVERT
(
sysname,
SERVERPROPERTY('PRODUCTVERSION')
),
4
)
),
@database_id =
DB_ID(@database_name),
@database_name_quoted =
QUOTENAME(@database_name),
@procedure_name_quoted =
QUOTENAME(@database_name) +
N'.' +
QUOTENAME
(
ISNULL
(
@procedure_schema,
N'dbo'
)
) +
N'.' +
QUOTENAME(@procedure_name),
@collation =
CONVERT
(
sysname,
DATABASEPROPERTYEX
(
@database_name,
'Collation'
)
),
@new = 0,
@sql = N'',
@isolation_level =
N'
SET TRANSACTION ISOLATION LEVEL READ UNCOMMITTED;',
@parameters =
N'@top bigint,
@start_date datetimeoffset(7),
@end_date datetimeoffset(7),
@execution_count bigint,
@duration_ms bigint,
@execution_type_desc nvarchar(60),
@database_id int,
@queries_top bigint,
@work_start_utc time(0),
@work_end_utc time(0)',
@plans_top =
9223372036854775807,
@queries_top =
9223372036854775807,
@nc10 = NCHAR(10),
@where_clause = N'',
@query_text_search =
CASE
WHEN @get_all_databases = 1
AND @escape_brackets = 1
THEN @query_text_search_original_value
ELSE @query_text_search
END,
@query_text_search_not =
CASE
WHEN @get_all_databases = 1
AND @escape_brackets = 1
THEN @query_text_search_not_original_value
ELSE @query_text_search_not
END,
@procedure_exists = 0,
@query_store_exists = 0,
@query_store_trouble = 0,
@query_store_waits_enabled = 0,
@sql_2022_views = 0,
@ags_present = 0,
@current_table = N'',
@string_split_ints = N'
SELECT DISTINCT
ids =
LTRIM
(
RTRIM
(
ids.ids
)
)
FROM
(
SELECT
ids =
x.x.value
(
''(./text())[1]'',
''bigint''
)
FROM
(
SELECT
ids =
CONVERT
(
xml,
''<x>'' +
REPLACE
(
REPLACE
(
@ids,
'','',
''</x><x>''
),
'' '',
''''
) +
''</x>''
).query(''.'')
) AS ids
CROSS APPLY ids.nodes(''x'') AS x (x)
) AS ids
OPTION(RECOMPILE);',
@string_split_strings = N'
SELECT DISTINCT
ids =
LTRIM
(
RTRIM
(
ids.ids
)
)
FROM
(
SELECT
ids =
x.x.value
(
''(./text())[1]'',
''varchar(131)''
)
FROM
(
SELECT
ids =
CONVERT
(
xml,
''<x>'' +
REPLACE
(
REPLACE
(
@ids,
'','',
''</x><x>''
),
'' '',
''''
) +
''</x>''
).query(''.'')
) AS ids
CROSS APPLY ids.nodes(''x'') AS x (x)
) AS ids
OPTION(RECOMPILE);',
@troubleshoot_insert = N'
INSERT
#troubleshoot_performance WITH(TABLOCK)
(
current_table,
start_time
)
VALUES
(
@current_table,
GETDATE()
)
OPTION(RECOMPILE);',
@troubleshoot_update = N'
UPDATE
tp
SET
tp.end_time = GETDATE()
FROM #troubleshoot_performance AS tp
WHERE tp.current_table = @current_table
OPTION(RECOMPILE);',
@troubleshoot_info = N'
SELECT
(
SELECT
runtime_ms =
tp.runtime_ms,
current_table =
tp.current_table,
query_length =
FORMAT(LEN(@sql), ''N0''),
''processing-instruction(statement_text)'' =
@sql
FROM #troubleshoot_performance AS tp
WHERE tp.current_table = @current_table
FOR XML
PATH(N''''),
TYPE
).query(''.[1]'') AS current_query
OPTION(RECOMPILE);',
@rc = 0,
@em = @expert_mode,
@fo = @format_output,
@utc_minutes_difference =
DATEDIFF
(
MINUTE,
SYSDATETIME(),
SYSUTCDATETIME()
),
/*
There is no direct way to get the user's timezone in a
format compatible with sys.time_zone_info.
We also cannot directly get their UTC offset,
so we need this hack to get it instead.
This is to make our datetimeoffsets have the
correct offset in cases where the user didn't
give us their timezone.
*/
@utc_offset_string = RIGHT(SYSDATETIMEOFFSET(), 6),
@df = @@DATEFIRST,
@work_start_utc = @work_start,
@work_end_utc = @work_end;
/*
Some parameters can't be NULL,
and some shouldn't be empty strings
*/
SELECT
@sort_order =
ISNULL(@sort_order, 'cpu'),
@top =
ISNULL(@top, 10),
@expert_mode =
ISNULL(@expert_mode, 0),
@hide_help_table =
ISNULL(@hide_help_table, 0),
@procedure_schema =
NULLIF(@procedure_schema, ''),
@procedure_name =
NULLIF(@procedure_name, ''),
@include_plan_ids =
NULLIF(@include_plan_ids, ''),
@include_query_ids =
NULLIF(@include_query_ids, ''),
@ignore_plan_ids =
NULLIF(@ignore_plan_ids, ''),
@ignore_query_ids =
NULLIF(@ignore_query_ids, ''),
@include_query_hashes =
NULLIF(@include_query_hashes, ''),
@include_plan_hashes =
NULLIF(@include_plan_hashes, ''),
@include_sql_handles =
NULLIF(@include_sql_handles, ''),
@ignore_query_hashes =
NULLIF(@ignore_query_hashes, ''),
@ignore_plan_hashes =
NULLIF(@ignore_plan_hashes, ''),
@ignore_sql_handles =
NULLIF(@ignore_sql_handles, ''),
@only_queries_with_hints =
ISNULL(@only_queries_with_hints, 0),
@only_queries_with_feedback =
ISNULL(@only_queries_with_feedback, 0),
@only_queries_with_variants =
ISNULL(@only_queries_with_variants, 0),
@only_queries_with_forced_plans =
ISNULL(@only_queries_with_forced_plans, 0),
@only_queries_with_forced_plan_failures =
ISNULL(@only_queries_with_forced_plan_failures, 0),
@wait_filter =
NULLIF(@wait_filter, ''),
@format_output =
ISNULL(@format_output, 1),
@help =
ISNULL(@help, 0),
@debug =
ISNULL(@debug, 0),
@troubleshoot_performance =
ISNULL(@troubleshoot_performance, 0),
@get_all_databases =
ISNULL(@get_all_databases, 0),
@workdays =
ISNULL(@workdays, 0),
/*
doing start and end date last because they're more complicated
if start or end date is null,
*/
@start_date =
CASE
WHEN @start_date IS NULL
THEN
DATEADD
(
DAY,
-7,
DATEDIFF
(
DAY,
'19000101',
SYSUTCDATETIME()
)
)
WHEN @start_date IS NOT NULL
THEN
DATEADD
(
MINUTE,
@utc_minutes_difference,
@start_date_original
)
END,
@end_date =
CASE
WHEN @end_date IS NULL
THEN
DATEADD
(
DAY,
1,
DATEADD
(
MINUTE,
0,
DATEDIFF
(
DAY,
'19000101',
SYSUTCDATETIME()
)
)
)
WHEN @end_date IS NOT NULL
THEN
DATEADD
(
MINUTE,
@utc_minutes_difference,
@end_date_original
)
END;
/*
I need to tweak this so the WHERE clause on the last execution column
works correctly as >= @start_date and < @end_date, otherwise there are no results
*/
IF @start_date >= @end_date
BEGIN
SELECT
@end_date =
DATEADD
(
DAY,
7,
@start_date
),
@end_date_original =
DATEADD
(
DAY,
1,
@start_date_original
);
END;
/*
Let's make sure things will work
*/
/*
Database are you there?
*/
IF
(
@database_id IS NULL
OR @collation IS NULL
)
BEGIN
RAISERROR('Database %s does not exist', 10, 1, @database_name) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
Database what are you?
*/
IF
(
@azure = 1
AND @engine NOT IN (5, 8)
)
BEGIN
RAISERROR('Not all Azure offerings are supported, please try avoiding memes', 11, 1) WITH NOWAIT;
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
/*
Database are you compatible?
*/
IF
(
@azure = 1
AND EXISTS
(
SELECT
1/0
FROM sys.databases AS d
WHERE d.database_id = @database_id
AND d.compatibility_level < 130
)
)
BEGIN
RAISERROR('Azure databases in compatibility levels under 130 are not supported', 11, 1) WITH NOWAIT;
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
/*
Sometimes sys.databases will report Query Store being on, but it's really not
*/
SELECT
@current_table = 'checking query store existence',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@query_store_exists =
CASE
WHEN EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.database_query_store_options AS dqso
WHERE
(
dqso.actual_state = 0
OR dqso.actual_state IS NULL
)
)
OR NOT EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.database_query_store_options AS dqso
)
THEN 0
ELSE 1
END
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql,
N'@query_store_exists bit OUTPUT',
@query_store_exists OUTPUT;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
IF @query_store_exists = 0
BEGIN
RAISERROR('Query Store doesn''t seem to be enabled for database: %s', 10, 1, @database_name) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
If Query Store is enabled, but in read only mode for some reason, return some information about why
*/
SELECT
@current_table = 'checking for query store trouble',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
database_id =
@database_id,
desired_state_desc,
actual_state_desc,
readonly_reason =
CASE dqso.readonly_reason
WHEN 0
THEN ''None''
WHEN 2
THEN ''Database in single user mode''
WHEN 4
THEN ''Database is in emergency mode''
WHEN 8
THEN ''Database is AG secondary''
WHEN 65536
THEN ''Reached max size: '' +
FORMAT(dqso.current_storage_size_mb, ''N0'') +
'' of '' +
FORMAT(dqso.max_storage_size_mb, ''N0'') +
''.''
WHEN 131072
THEN ''The number of different statements in Query Store has reached the internal memory limit''
WHEN 262144
THEN ''Size of in-memory items waiting to be persisted on disk has reached the internal memory limit''
WHEN 524288
THEN ''Database has reached disk size limit''
ELSE ''WOAH''
END,
current_storage_size_mb,
flush_interval_seconds,
interval_length_minutes,
max_storage_size_mb,
stale_query_threshold_days,
max_plans_per_query,
query_capture_mode_desc,
size_based_cleanup_mode_desc
FROM ' + @database_name_quoted + N'.sys.database_query_store_options AS dqso
WHERE dqso.desired_state <> 4
AND dqso.readonly_reason <> 8
AND dqso.desired_state <> dqso.actual_state
AND dqso.actual_state IN (0, 3)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_trouble WITH (TABLOCK)
(
database_id,
desired_state_desc,
actual_state_desc,
readonly_reason,
current_storage_size_mb,
flush_interval_seconds,
interval_length_minutes,
max_storage_size_mb,
stale_query_threshold_days,
max_plans_per_query,
query_capture_mode_desc,
size_based_cleanup_mode_desc
)
EXEC sys.sp_executesql
@sql,
N'@database_id integer',
@database_id;
IF @@ROWCOUNT > 0
BEGIN
SELECT
@query_store_trouble = 1;
END;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
If you specified a procedure name, we need to figure out if there are any plans for it available
*/
IF @procedure_name IS NOT NULL
BEGIN
IF @procedure_schema IS NULL
BEGIN
SELECT
@procedure_schema = N'dbo'
END;
SELECT
@current_table = 'checking procedure existence',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
IF CHARINDEX(N'%', @procedure_name) > 0
BEGIN
SELECT
@current_table = 'getting procedure object ids for wildcard',
@sql = @isolation_level;
SELECT @sql += N'
SELECT
p.object_id
FROM ' + @database_name_quoted + N'.sys.procedures AS p
JOIN ' + @database_name_quoted + N'.sys.schemas AS s
ON p.schema_id = s.schema_id
WHERE s.name = @procedure_schema
AND p.name LIKE @procedure_name;' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#procedure_object_ids WITH(TABLOCK)
(
[object_id]
)
EXEC sys.sp_executesql
@sql,
N'@procedure_schema sysname,
@procedure_name sysname',
@procedure_schema,
@procedure_name;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@current_table = 'checking wildcard procedure existence',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@procedure_exists =
MAX(x.procedure_exists)
FROM
(
SELECT
procedure_exists =
CASE
WHEN EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE EXISTS
(
SELECT
1/0
FROM #procedure_object_ids AS p
WHERE qsq.[object_id] = p.[object_id]
)
)
THEN 1
ELSE 0
END
) AS x
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql,
N'@procedure_exists bit OUTPUT,
@procedure_name_quoted sysname',
@procedure_exists OUTPUT,
@procedure_name_quoted;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END; /*End procedure object id check*/
IF CHARINDEX(N'%', @procedure_name) = 0
BEGIN
SELECT
@current_table = 'checking single procedure existence',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@procedure_exists =
CASE
WHEN EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsq.object_id = OBJECT_ID(@procedure_name_quoted)
)
THEN 1
ELSE 0
END
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql,
N'@procedure_exists bit OUTPUT,
@procedure_name_quoted sysname',
@procedure_exists OUTPUT,
@procedure_name_quoted;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END;
IF
(
@procedure_exists = 0
AND @get_all_databases = 1
)
BEGIN
RAISERROR('The stored procedure %s does not appear to have any entries in Query Store for database %s
Check that you spelled everything correctly and you''re in the right database
We will skip this database and continue',
10, 1, @procedure_name, @database_name) WITH NOWAIT;
FETCH NEXT
FROM @database_cursor
INTO @database_name;
CONTINUE;
END;
IF
(
@procedure_exists = 0
AND @get_all_databases = 0
)
BEGIN
RAISERROR('The stored procedure %s does not appear to have any entries in Query Store for database %s
Check that you spelled everything correctly and you''re in the right database',
10, 1, @procedure_name, @database_name) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
END; /*End procedure existence checking*/
/*
Some things are version dependent.
Normally, I'd check for object existence, but the documentation
leads me to believe that certain things won't be back-ported,
like the wait stats DMV, and tempdb spills columns
*/
IF
(
@product_version > 13
OR @engine IN (5, 8)
)
BEGIN
SELECT
@new = 1;
END;
/*
Validate Sort Order
*/
IF @sort_order NOT IN
(
'cpu',
'logical reads',
'physical reads',
'writes',
'duration',
'memory',
'tempdb',
'executions',
'recent',
'plan count by hashes',
'cpu waits',
'lock waits',
'locks waits',
'latch waits',
'latches waits',
'buffer latch waits',
'buffer latches waits',
'buffer io waits',
'log waits',
'log io waits',
'network waits',
'network io waits',
'parallel waits',
'parallelism waits',
'memory waits',
'total waits'
)
BEGIN
RAISERROR('The sort order (%s) you chose is so out of this world that I''m using cpu instead', 10, 1, @sort_order) WITH NOWAIT;
SELECT
@sort_order = 'cpu';
END;
/*
Checks if the sort order is for a wait.
Cuts out a lot of repetition.
*/
IF @sort_order IN
(
'cpu waits',
'lock waits',
'locks waits',
'latch waits',
'latches waits',
'buffer latch waits',
'buffer latches waits',
'buffer io waits',
'log waits',
'log io waits',
'network waits',
'network io waits',
'parallel waits',
'parallelism waits',
'memory waits',
'total waits'
)
BEGIN
SELECT
@sort_order_is_a_wait = 1;
END;
/*
These columns are only available in 2017+
*/
IF
(
(@sort_order = 'tempdb' OR @sort_order_is_a_wait = 1)
AND @new = 0
)
BEGIN
RAISERROR('The sort order (%s) you chose is invalid in product version %i, reverting to cpu', 10, 1, @sort_order, @product_version) WITH NOWAIT;
SELECT
@sort_order = N'cpu';
END;
/*
See if our cool new 2022 views exist.
May have to tweak this if views aren't present in some cloudy situations.
*/
SELECT
@sql_2022_views =
CASE
WHEN COUNT_BIG(*) = 5
THEN 1
ELSE 0
END
FROM sys.all_objects AS ao
WHERE ao.name IN
(
N'query_store_plan_feedback',
N'query_store_query_hints',
N'query_store_query_variant',
N'query_store_replicas',
N'query_store_plan_forcing_locations'
)
OPTION(RECOMPILE);
/*
Hints aren't in Query Store until 2022, so we can't do that on television
*/
IF
(
(
@only_queries_with_hints = 1
OR @only_queries_with_feedback = 1
OR @only_queries_with_variants = 1
)
AND @sql_2022_views = 0
)
BEGIN
RAISERROR('Query Store hints, feedback, and variants are not available prior to SQL Server 2022', 10, 1) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
Wait stats aren't in Query Store until 2017, so we can't do that on television
*/
IF
(
@wait_filter IS NOT NULL
AND @new = 0
)
BEGIN
RAISERROR('Query Store wait stats are not available prior to SQL Server 2017', 10, 1) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
Make sure the wait filter is valid
*/
IF
(
@new = 1
AND @wait_filter NOT IN
(
'cpu',
'lock',
'locks',
'latch',
'latches',
'buffer latch',
'buffer latches',
'buffer io',
'log',
'log io',
'network',
'network io',
'parallel',
'parallelism',
'memory'
)
)
BEGIN
RAISERROR('The wait category (%s) you chose is invalid', 10, 1, @wait_filter) WITH NOWAIT;
IF @get_all_databases = 0
BEGIN
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
One last check: wait stat capture can be enabled or disabled in settings
*/
IF
(
@wait_filter IS NOT NULL
OR @new = 1
)
BEGIN
SELECT
@current_table = 'checking query store waits are enabled',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@query_store_waits_enabled =
CASE
WHEN EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.database_query_store_options AS dqso
WHERE dqso.wait_stats_capture_mode = 1
)
THEN 1
ELSE 0
END
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql,
N'@query_store_waits_enabled bit OUTPUT',
@query_store_waits_enabled OUTPUT;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
IF @query_store_waits_enabled = 0
BEGIN
IF @debug = 1
BEGIN
RAISERROR('Query Store wait stats are not enabled for database %s', 10, 1, @database_name_quoted) WITH NOWAIT;
END
END;
END; /*End wait stats checks*/
/*Check that the selected @timezone is valid*/
IF @timezone IS NOT NULL
BEGIN
IF NOT EXISTS
(
SELECT
1/0
FROM sys.time_zone_info AS tzi
WHERE tzi.name = @timezone
)
BEGIN
RAISERROR('The time zone you chose (%s) is not valid. Please check sys.time_zone_info for a valid list.', 10, 1, @timezone) WITH NOWAIT;
IF @debug = 1
BEGIN
GOTO DEBUG
END;
ELSE
BEGIN
RETURN;
END;
END;
END;
/*
See if AGs are a thing so we can skip the checks for replica stuff
*/
IF (@azure = 1)
BEGIN
SELECT
@ags_present = 0;
END;
ELSE
BEGIN
IF
(
SELECT
CONVERT
(
sysname,
SERVERPROPERTY('EngineEdition')
)
) NOT IN (5, 8)
BEGIN
SELECT
@ags_present =
CASE
WHEN EXISTS
(
SELECT
1/0
FROM sys.availability_groups AS ag
)
THEN 1
ELSE 0
END
OPTION(RECOMPILE);
END
END;
/*
Get filters ready, or whatever
We're only going to pull some stuff from runtime stats and plans
*/
IF (@start_date <= @end_date)
BEGIN
SELECT
@where_clause += N'AND qsrs.last_execution_time >= @start_date
AND qsrs.last_execution_time < @end_date' + @nc10;
END;
/*Other filters*/
IF @execution_count IS NOT NULL
BEGIN
SELECT
@where_clause += N'AND qsrs.count_executions >= @execution_count' + @nc10;
END;
IF @duration_ms IS NOT NULL
BEGIN
SELECT
@where_clause += N'AND qsrs.avg_duration >= (@duration_ms * 1000.)' + @nc10;
END;
IF @execution_type_desc IS NOT NULL
BEGIN
SELECT
@where_clause += N'AND qsrs.execution_type_desc = @execution_type_desc' + @nc10;
END;
IF @workdays = 1
BEGIN
IF @work_start_utc IS NULL
AND @work_end_utc IS NULL
BEGIN
SELECT
@work_start_utc = '09:00',
@work_end_utc = '17:00';
END;
IF @work_start_utc IS NOT NULL
AND @work_end_utc IS NULL
BEGIN
SELECT
@work_end_utc =
DATEADD
(
HOUR,
8,
@work_start_utc
);
END;
IF @work_start_utc IS NULL
AND @work_end_utc IS NOT NULL
BEGIN
SELECT
@work_start_utc =
DATEADD
(
HOUR,
-8,
@work_end_utc
);
END;
SELECT
@work_start_utc =
DATEADD
(
MINUTE,
@utc_minutes_difference,
@work_start_utc
),
@work_end_utc =
DATEADD
(
MINUTE,
@utc_minutes_difference,
@work_end_utc
);
IF @df = 1
BEGIN
SELECT
@where_clause += N'AND DATEPART(WEEKDAY, qsrs.last_execution_time) BETWEEN 1 AND 5' + @nc10;
END;/*df 1*/
IF @df = 7
BEGIN
SELECT
@where_clause += N'AND DATEPART(WEEKDAY, qsrs.last_execution_time) BETWEEN 2 AND 6' + @nc10;
END;/*df 7*/
IF @work_start_utc IS NOT NULL
AND @work_end_utc IS NOT NULL
BEGIN
/*
depending on local TZ, work time might span midnight UTC;
account for that by splitting the interval into before/after midnight.
for example:
[09:00 - 17:00] PST
= [17:00 - 01:00] UTC
= [17:00 - 00:00) + [00:00 - 01:00] UTC
NB: because we don't have the benefit of the context of what day midnight
is occurring on, we have to rely on the behavior from the documentation of
the time DT of higher to lower precision resulting in truncation to split
the interval. i.e. 23:59:59.9999999 -> 23:59:59. which should make that
value safe to use as the endpoint for our "before midnight" interval.
*/
IF (@work_start_utc < @work_end_utc)
SELECT
@where_clause += N'AND CONVERT(time(0), qsrs.last_execution_time) BETWEEN @work_start_utc AND @work_end_utc' + @nc10;
ELSE
SELECT
@where_clause += N'AND
(' + @nc10 +
N' CONVERT(time(0), qsrs.last_execution_time) BETWEEN @work_start_utc AND ''23:59:59'' ' + @nc10 +
N' OR CONVERT(time(0), qsrs.last_execution_time) BETWEEN ''00:00:00'' AND @work_end_utc' + @nc10 +
N')' + @nc10;
END; /*Work hours*/
END; /*Final end*/
/*
In this section we set up the filter if someone's searching for
a single stored procedure in Query Store.
*/
IF
(
@procedure_name IS NOT NULL
AND @procedure_exists = 1
)
BEGIN
SELECT
@current_table = 'inserting #procedure_plans',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
JOIN ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
ON qsq.query_id = qsp.query_id
WHERE '
IF CHARINDEX(N'%', @procedure_name) = 0
BEGIN
SELECT
@sql += N'qsq.object_id = OBJECT_ID(@procedure_name_quoted)'
END;
IF CHARINDEX(N'%', @procedure_name) > 0
BEGIN
SELECT
@sql += N'EXISTS
(
SELECT
1/0
FROM #procedure_object_ids AS poi
WHERE poi.[object_id] = qsq.[object_id]
)'
END;
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#procedure_plans WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql,
N'@procedure_name_quoted sysname',
@procedure_name_quoted;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #procedure_plans AS pp
WHERE pp.plan_id = qsrs.plan_id
)' + @nc10;
END; /*End procedure filter table population*/
/*
In this section we set up the filter if someone's searching for
either ad hoc queries or queries from modules.
*/
IF LEN(@query_type) > 0
BEGIN
SELECT
@current_table = 'inserting #query_types',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
JOIN ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
ON qsq.query_id = qsp.query_id
WHERE qsq.object_id ' +
CASE
WHEN LOWER(@query_type) LIKE 'a%'
THEN N'= 0'
ELSE N'<> 0'
END
+ N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_types WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #query_types AS qt
WHERE qt.plan_id = qsrs.plan_id
)' + @nc10;
END; /*End query type filter table population*/
/*
This section filters query or plan ids, both inclusive and exclusive
*/
IF
(
@include_plan_ids IS NOT NULL
OR @include_query_ids IS NOT NULL
OR @ignore_plan_ids IS NOT NULL
OR @ignore_query_ids IS NOT NULL
)
BEGIN
IF @include_plan_ids IS NOT NULL
BEGIN
SELECT
@include_plan_ids =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@include_plan_ids)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #include_plan_ids';
INSERT
#include_plan_ids WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@string_split_ints,
N'@ids nvarchar(4000)',
@include_plan_ids;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END; /*End include plan ids*/
IF @ignore_plan_ids IS NOT NULL
BEGIN
SELECT
@ignore_plan_ids =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@ignore_plan_ids)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #ignore_plan_ids';
INSERT
#ignore_plan_ids WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@string_split_ints,
N'@ids nvarchar(4000)',
@ignore_plan_ids;
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END; /*End ignore plan ids*/
IF @include_query_ids IS NOT NULL
BEGIN
SELECT
@include_query_ids =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@include_query_ids)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #include_query_ids',
@sql = @isolation_level;
INSERT
#include_query_ids WITH(TABLOCK)
(
query_id
)
EXEC sys.sp_executesql
@string_split_ints,
N'@ids nvarchar(4000)',
@include_query_ids;
SELECT
@current_table = 'inserting #include_plan_ids for included query ids';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM #include_query_ids AS iqi
WHERE iqi.query_id = qsp.query_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#include_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @include_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @include_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End include query ids*/
IF @ignore_query_ids IS NOT NULL
BEGIN
SELECT
@ignore_query_ids =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@ignore_query_ids)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #ignore_query_ids',
@sql = @isolation_level;
INSERT
#ignore_query_ids WITH(TABLOCK)
(
query_id
)
EXEC sys.sp_executesql
@string_split_ints,
N'@ids nvarchar(4000)',
@ignore_query_ids;
SELECT
@current_table = 'inserting #ignore_plan_ids for ignored query ids';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM #ignore_query_ids AS iqi
WHERE iqi.query_id = qsp.query_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#ignore_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @ignore_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @ignore_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End ignore query ids*/
END; /*End query and plan id filtering*/
/*
This section filters query or plan hashes
*/
IF
(
@include_query_hashes IS NOT NULL
OR @include_plan_hashes IS NOT NULL
OR @include_sql_handles IS NOT NULL
OR @ignore_query_hashes IS NOT NULL
OR @ignore_plan_hashes IS NOT NULL
OR @ignore_sql_handles IS NOT NULL
)
BEGIN
IF @include_query_hashes IS NOT NULL
BEGIN
SELECT
@include_query_hashes =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@include_query_hashes)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #include_query_hashes',
@sql = @isolation_level;
INSERT
#include_query_hashes WITH(TABLOCK)
(
query_hash_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@include_query_hashes;
SELECT
@current_table = 'inserting #include_plan_ids for included query hashes';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsq.query_id = qsp.query_id
AND EXISTS
(
SELECT
1/0
FROM #include_query_hashes AS iqh
WHERE iqh.query_hash = qsq.query_hash
)
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#include_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @include_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @include_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End include query hashes*/
IF @ignore_query_hashes IS NOT NULL
BEGIN
SELECT
@ignore_query_hashes =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@ignore_query_hashes)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #ignore_query_hashes',
@sql = @isolation_level;
INSERT
#ignore_query_hashes WITH(TABLOCK)
(
query_hash_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@ignore_query_hashes;
SELECT
@current_table = 'inserting #ignore_plan_ids for ignored query hashes';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsq.query_id = qsp.query_id
AND EXISTS
(
SELECT
1/0
FROM #ignore_query_hashes AS iqh
WHERE iqh.query_hash = qsq.query_hash
)
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#ignore_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @ignore_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @ignore_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End ignore query hashes*/
IF @include_plan_hashes IS NOT NULL
BEGIN
SELECT
@include_plan_hashes =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@include_plan_hashes)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #include_plan_hashes',
@sql = @isolation_level;
INSERT
#include_plan_hashes WITH(TABLOCK)
(
plan_hash_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@include_plan_hashes;
SELECT
@current_table = 'inserting #include_plan_ids for included plan hashes';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM #include_plan_hashes AS iph
WHERE iph.plan_hash = qsp.query_plan_hash
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#include_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @include_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @include_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End include plan hashes*/
IF @ignore_plan_hashes IS NOT NULL
BEGIN
SELECT
@ignore_plan_hashes =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@ignore_plan_hashes)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #ignore_plan_hashes',
@sql = @isolation_level;
INSERT
#ignore_plan_hashes WITH(TABLOCK)
(
plan_hash_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@ignore_plan_hashes;
SELECT
@current_table = 'inserting #ignore_plan_ids for ignored query hashes';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM #ignore_plan_hashes AS iph
WHERE iph.plan_hash = qsp.query_plan_hash
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#ignore_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @ignore_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @ignore_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End ignore plan hashes*/
IF @include_sql_handles IS NOT NULL
BEGIN
SELECT
@include_sql_handles =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@include_sql_handles)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #include_sql_handles',
@sql = @isolation_level;
INSERT
#include_sql_handles WITH(TABLOCK)
(
sql_handle_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@include_sql_handles;
SELECT
@current_table = 'inserting #include_sql_handles for included sql handles';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsp.query_id = qsq.query_id
AND EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND EXISTS
(
SELECT
1/0
FROM #include_sql_handles AS ish
WHERE ish.sql_handle = qsqt.statement_sql_handle
)
)
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#include_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @include_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @include_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End include plan hashes*/
IF @ignore_sql_handles IS NOT NULL
BEGIN
SELECT
@ignore_sql_handles =
REPLACE(REPLACE(REPLACE(REPLACE(
LTRIM(RTRIM(@ignore_sql_handles)),
CHAR(10), N''), CHAR(13), N''),
NCHAR(10), N''), NCHAR(13), N'');
SELECT
@current_table = 'inserting #ignore_sql_handles',
@sql = @isolation_level;
INSERT
#ignore_sql_handles WITH(TABLOCK)
(
sql_handle_s
)
EXEC sys.sp_executesql
@string_split_strings,
N'@ids nvarchar(4000)',
@ignore_sql_handles;
SELECT
@current_table = 'inserting #ignore_plan_ids for ignored sql handles';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsp.query_id = qsq.query_id
AND EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND EXISTS
(
SELECT
1/0
FROM #ignore_sql_handles AS ish
WHERE ish.sql_handle = qsqt.statement_sql_handle
)
)
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#ignore_plan_ids
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*
This section of code confused me when I came back to it,
so I'm going to add a note here about why I do this:
If @ignore_plan_ids is NULL at this point, it's because
the user didn't populate the parameter.
We need to do this because it's how we figure
out which plans to keep in the main query
*/
IF @ignore_plan_ids IS NULL
BEGIN
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS idi
WHERE idi.plan_id = qsrs.plan_id
)' + @nc10;
END;
END; /*End ignore plan hashes*/
END; /*End hash and handle filtering*/
IF @sql_2022_views = 1
BEGIN
IF @only_queries_with_hints = 1
BEGIN
SELECT
@current_table = 'inserting #only_queries_with_hints',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_hints AS qsqh
WHERE qsqh.query_id = qsp.query_id
)';
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#only_queries_with_hints WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #only_queries_with_hints AS qst
WHERE qst.plan_id = qsrs.plan_id
)' + @nc10;
END;
IF @only_queries_with_feedback = 1
BEGIN
SELECT
@current_table = 'inserting #only_queries_with_feedback',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_plan_feedback AS qsqf
WHERE qsqf.plan_id = qsp.plan_id
)';
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#only_queries_with_feedback WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #only_queries_with_feedback AS qst
WHERE qst.plan_id = qsrs.plan_id
)' + @nc10;
END;
IF @only_queries_with_variants = 1
BEGIN
SELECT
@current_table = 'inserting #only_queries_with_variants',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_variant AS qsqv
WHERE qsqv.query_variant_query_id = qsp.query_id
)';
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#only_queries_with_variants WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #only_queries_with_variants AS qst
WHERE qst.plan_id = qsrs.plan_id
)' + @nc10;
END;
END;
IF
(
@only_queries_with_forced_plans = 1
OR @only_queries_with_forced_plan_failures = 1
)
BEGIN
SELECT
@current_table = 'inserting #forced_plans_failures',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE qsp.is_forced_plan = 1';
IF @only_queries_with_forced_plan_failures = 1
BEGIN
SELECT
@sql += N'
AND qsp.last_force_failure_reason > 0'
END
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#forced_plans_failures WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #forced_plans_failures AS fpf
WHERE fpf.plan_id = qsrs.plan_id
)' + @nc10;
END;
IF @query_text_search IS NOT NULL
BEGIN
IF
(
LEFT
(
@query_text_search,
1
) <> N'%'
)
BEGIN
SELECT
@query_text_search =
N'%' + @query_text_search;
END;
IF
(
LEFT
(
REVERSE
(
@query_text_search
),
1
) <> N'%'
)
BEGIN
SELECT
@query_text_search =
@query_text_search + N'%';
END;
/* If our query texts contains square brackets (common in Entity Framework queries), add a leading escape character to each bracket character */
IF @escape_brackets = 1
BEGIN
SELECT
@query_text_search =
REPLACE(REPLACE(REPLACE(
@query_text_search,
N'[', @escape_character + N'['),
N']', @escape_character + N']'),
N'_', @escape_character + N'_');
END;
SELECT
@current_table = 'inserting #query_text_search',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsp.query_id = qsq.query_id
AND EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND qsqt.query_sql_text LIKE @query_text_search
)
)';
/* If we are escaping bracket character in our query text search, add the ESCAPE clause and character to the LIKE subquery*/
IF @escape_brackets = 1
BEGIN
SELECT
@sql =
REPLACE
(
@sql,
N'@query_text_search',
N'@query_text_search ESCAPE ''' + @escape_character + N''''
);
END;
/*If we're searching by a procedure name, limit the text search to it */
IF
(
@procedure_name IS NOT NULL
AND @procedure_exists = 1
)
BEGIN
SELECT
@sql += N'
AND EXISTS
(
SELECT
1/0
FROM #procedure_plans AS pp
WHERE pp.plan_id = qsp.plan_id
)';
END;
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_text_search WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql,
N'@query_text_search nvarchar(4000)',
@query_text_search;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #query_text_search AS qst
WHERE qst.plan_id = qsrs.plan_id
)' + @nc10;
END;
IF @query_text_search_not IS NOT NULL
BEGIN
IF
(
LEFT
(
@query_text_search_not,
1
) <> N'%'
)
BEGIN
SELECT
@query_text_search_not =
N'%' + @query_text_search_not;
END;
IF
(
LEFT
(
REVERSE
(
@query_text_search_not
),
1
) <> N'%'
)
BEGIN
SELECT
@query_text_search_not =
@query_text_search_not + N'%';
END;
/* If our query texts contains square brackets (common in Entity Framework queries), add a leading escape character to each bracket character */
IF @escape_brackets = 1
BEGIN
SELECT
@query_text_search_not =
REPLACE(REPLACE(REPLACE(
@query_text_search_not,
N'[', @escape_character + N'['),
N']', @escape_character + N']'),
N'_', @escape_character + N'_');
END;
SELECT
@current_table = 'inserting #query_text_search_not',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsp.query_id = qsq.query_id
AND EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND qsqt.query_sql_text LIKE @query_text_search_not
)
)';
/* If we are escaping bracket character in our query text search, add the ESCAPE clause and character to the LIKE subquery*/
IF @escape_brackets = 1
BEGIN
SELECT
@sql =
REPLACE
(
@sql,
N'@query_text_search_not',
N'@query_text_search_not ESCAPE ''' + @escape_character + N''''
);
END;
/*If we're searching by a procedure name, limit the text search to it */
IF
(
@procedure_name IS NOT NULL
AND @procedure_exists = 1
)
BEGIN
SELECT
@sql += N'
AND EXISTS
(
SELECT
1/0
FROM #procedure_plans AS pp
WHERE pp.plan_id = qsp.plan_id
)';
END;
SELECT
@sql += N'
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_text_search_not WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql,
N'@query_text_search_not nvarchar(4000)',
@query_text_search_not;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #query_text_search_not AS qst
WHERE qst.plan_id = qsrs.plan_id
)' + @nc10;
END;
/*
Validate wait stats stuff
*/
IF @wait_filter IS NOT NULL
BEGIN
BEGIN
SELECT
@current_table = 'inserting #wait_filter',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT TOP (@top)
qsws.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_wait_stats AS qsws
WHERE 1 = 1
AND qsws.wait_category = ' +
CASE @wait_filter
WHEN 'cpu' THEN N'1'
WHEN 'lock' THEN N'3'
WHEN 'locks' THEN N'3'
WHEN 'latch' THEN N'4'
WHEN 'latches' THEN N'4'
WHEN 'buffer latch' THEN N'5'
WHEN 'buffer latches' THEN N'5'
WHEN 'buffer io' THEN N'6'
WHEN 'log' THEN N'14'
WHEN 'log io' THEN N'14'
WHEN 'network' THEN N'15'
WHEN 'network io' THEN N'15'
WHEN 'parallel' THEN N'16'
WHEN 'parallelism' THEN N'16'
WHEN 'memory' THEN N'17'
END
+ N'
GROUP BY
qsws.plan_id
HAVING
SUM(qsws.avg_query_wait_time_ms) > 1000.
ORDER BY
SUM(qsws.avg_query_wait_time_ms) DESC
OPTION(RECOMPILE, OPTIMIZE FOR (@top = 9223372036854775807));' + @nc10;
END;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#wait_filter WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql,
N'@top bigint',
@top;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND EXISTS
(
SELECT
1/0
FROM #wait_filter AS wf
WHERE wf.plan_id = qsrs.plan_id
)' + @nc10;
END;
/*
This section screens out index create and alter statements because who cares
*/
SELECT
@current_table = 'inserting #maintenance_plans',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT DISTINCT
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE NOT EXISTS
(
SELECT
1/0
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
JOIN ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
ON qsqt.query_text_id = qsq.query_text_id
WHERE qsq.query_id = qsp.query_id
AND qsqt.query_sql_text NOT LIKE N''ALTER INDEX%''
AND qsqt.query_sql_text NOT LIKE N''ALTER TABLE%''
AND qsqt.query_sql_text NOT LIKE N''CREATE%INDEX%''
AND qsqt.query_sql_text NOT LIKE N''CREATE STATISTICS%''
AND qsqt.query_sql_text NOT LIKE N''UPDATE STATISTICS%''
AND qsqt.query_sql_text NOT LIKE N''%SELECT StatMan%''
AND qsqt.query_sql_text NOT LIKE N''DBCC%''
AND qsqt.query_sql_text NOT LIKE N''(@[_]msparam%''
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#maintenance_plans WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
SELECT
@where_clause += N'AND NOT EXISTS
(
SELECT
1/0
FROM #maintenance_plans AS mp
WHERE mp.plan_id = qsrs.plan_id
)' + @nc10;
/*
Tidy up the where clause a bit
*/
SELECT
@where_clause =
SUBSTRING
(
@where_clause,
1,
LEN(@where_clause) - 1
);
/*
Populate sort-helping tables, if needed.
In theory, these exist just to put in scope
columns that wouldn't normally be in scope.
However, they're also quite helpful for the next
temp table, #distinct_plans.
Note that this block must come after #maintenance_plans
because that edits @where_clause and we want to use
that here.
*/
IF @sort_order = 'plan count by hashes'
BEGIN
SELECT
@current_table = 'inserting #plan_ids_with_query_hashes',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
/*
This sort order is useless if we don't show the
ties, so only DENSE_RANK() makes sense to use.
This is why this is not SELECT TOP.
*/
@sql += N'
SELECT
@database_id,
ranked_plans.plan_id,
ranked_plans.query_hash,
ranked_plans.plan_hash_count_for_query_hash
FROM
(
SELECT
QueryHashesWithIds.plan_id,
QueryHashesWithCounts.query_hash,
QueryHashesWithCounts.plan_hash_count_for_query_hash,
ranking =
DENSE_RANK() OVER
(
ORDER BY
QueryHashesWithCounts.plan_hash_count_for_query_hash DESC,
QueryHashesWithCounts.query_hash DESC
)
FROM
(
SELECT
qsq.query_hash,
plan_hash_count_for_query_hash =
COUNT(DISTINCT qsp.query_plan_hash)
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
JOIN ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
ON qsq.query_id = qsp.query_id
JOIN ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs
ON qsp.plan_id = qsrs.plan_id
WHERE 1 = 1
' + @where_clause
+ N'
GROUP
BY qsq.query_hash
) AS QueryHashesWithCounts
JOIN
(
SELECT DISTINCT
qsq.query_hash,
qsp.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
JOIN ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
ON qsq.query_id = qsp.query_id
JOIN ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs
ON qsp.plan_id = qsrs.plan_id
WHERE 1 = 1
' + @where_clause
+ N'
) AS QueryHashesWithIds
ON QueryHashesWithCounts.query_hash = QueryHashesWithIds.query_hash
) AS ranked_plans
WHERE ranked_plans.ranking <= @top
OPTION(RECOMPILE, OPTIMIZE FOR (@top = 9223372036854775807));' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#plan_ids_with_query_hashes WITH(TABLOCK)
(
database_id,
plan_id,
query_hash,
plan_hash_count_for_query_hash
)
EXEC sys.sp_executesql
@sql,
@parameters,
@top,
@start_date,
@end_date,
@execution_count,
@duration_ms,
@execution_type_desc,
@database_id,
@queries_top,
@work_start_utc,
@work_end_utc;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END;
IF @sort_order = 'total waits'
BEGIN
SELECT
@current_table = 'inserting #plan_ids_with_total_waits',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT TOP (@top)
@database_id,
qsrs.plan_id,
total_query_wait_time_ms =
SUM(qsws.total_query_wait_time_ms)
FROM ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs
JOIN ' + @database_name_quoted + N'.sys.query_store_wait_stats AS qsws
ON qsrs.plan_id = qsws.plan_id
WHERE 1 = 1
' + @where_clause
+ N'
GROUP
BY qsrs.plan_id
ORDER BY
SUM(qsws.total_query_wait_time_ms) DESC
OPTION(RECOMPILE, OPTIMIZE FOR (@top = 9223372036854775807));' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#plan_ids_with_total_waits WITH(TABLOCK)
(
database_id,
plan_id,
total_query_wait_time_ms
)
EXEC sys.sp_executesql
@sql,
@parameters,
@top,
@start_date,
@end_date,
@execution_count,
@duration_ms,
@execution_type_desc,
@database_id,
@queries_top,
@work_start_utc,
@work_end_utc;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END;
/*
'total waits' is special. It's a sum, not a max, so
we cover it above rather than here.
*/
IF @sort_order_is_a_wait = 1
AND @sort_order <> 'total waits'
BEGIN
SELECT
@current_table = 'inserting #plan_ids_with_total_waits',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT TOP (@top)
@database_id,
qsrs.plan_id,
total_query_wait_time_ms =
MAX(qsws.total_query_wait_time_ms)
FROM ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs
JOIN ' + @database_name_quoted + N'.sys.query_store_wait_stats AS qsws
ON qsrs.plan_id = qsws.plan_id
WHERE 1 = 1
AND qsws.wait_category = ' +
CASE @sort_order
WHEN 'cpu waits' THEN N'1'
WHEN 'lock waits' THEN N'3'
WHEN 'locks waits' THEN N'3'
WHEN 'latch waits' THEN N'4'
WHEN 'latches waits' THEN N'4'
WHEN 'buffer latch waits' THEN N'5'
WHEN 'buffer latches waits' THEN N'5'
WHEN 'buffer io waits' THEN N'6'
WHEN 'log waits' THEN N'14'
WHEN 'log io waits' THEN N'14'
WHEN 'network waits' THEN N'15'
WHEN 'network io waits' THEN N'15'
WHEN 'parallel waits' THEN N'16'
WHEN 'parallelism waits' THEN N'16'
WHEN 'memory waits' THEN N'17'
END
+ @where_clause
+ N'
GROUP
BY qsrs.plan_id
ORDER BY
MAX(qsws.total_query_wait_time_ms) DESC
OPTION(RECOMPILE, OPTIMIZE FOR (@top = 9223372036854775807));' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#plan_ids_with_total_waits WITH(TABLOCK)
(
database_id,
plan_id,
total_query_wait_time_ms
)
EXEC sys.sp_executesql
@sql,
@parameters,
@top,
@start_date,
@end_date,
@execution_count,
@duration_ms,
@execution_type_desc,
@database_id,
@queries_top,
@work_start_utc,
@work_end_utc;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END;
/*End populating sort-helping tables*/
/*
This gets the plan_ids we care about.
We unfortunately need an ELSE IF chain here
because the final branch contains defaults
that we only want to hit if we did not hit
any others.
*/
SELECT
@current_table = 'inserting #distinct_plans',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
IF @sort_order = 'plan count by hashes'
BEGIN
SELECT
@sql += N'
SELECT DISTINCT
plan_id
FROM #plan_ids_with_query_hashes
WHERE database_id = @database_id
OPTION(RECOMPILE);' + @nc10;
END
ELSE IF @sort_order_is_a_wait = 1
BEGIN
SELECT
@sql += N'
SELECT DISTINCT
plan_id
FROM #plan_ids_with_total_waits
WHERE database_id = @database_id
OPTION(RECOMPILE);' + @nc10;
END
ELSE
BEGIN
SELECT
@sql += N'
SELECT TOP (@top)
qsrs.plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs
WHERE 1 = 1
' + @where_clause
+ N'
GROUP
BY qsrs.plan_id
ORDER BY
MAX(' +
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes'
WHEN 'duration' THEN N'qsrs.avg_duration'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
ELSE N'qsrs.avg_cpu_time'
END +
N') DESC
OPTION(RECOMPILE, OPTIMIZE FOR (@top = 9223372036854775807));' + @nc10;
END;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#distinct_plans WITH(TABLOCK)
(
plan_id
)
EXEC sys.sp_executesql
@sql,
@parameters,
@top,
@start_date,
@end_date,
@execution_count,
@duration_ms,
@execution_type_desc,
@database_id,
@queries_top,
@work_start_utc,
@work_end_utc;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End gathering plan ids*/
/*
This gets the runtime stats for the plans we care about
*/
SELECT
@current_table = 'inserting #query_store_runtime_stats',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
MAX(qsrs.runtime_stats_id),
qsrs.plan_id,
MAX(qsrs.runtime_stats_interval_id),
MAX(qsrs.execution_type_desc),
MIN(qsrs.first_execution_time),
MAX(qsrs.last_execution_time),
SUM(qsrs.count_executions),
AVG((qsrs.avg_duration / 1000.)),
MAX((qsrs.last_duration / 1000.)),
MIN((qsrs.min_duration / 1000.)),
MAX((qsrs.max_duration / 1000.)),
AVG((qsrs.avg_cpu_time / 1000.)),
MAX((qsrs.last_cpu_time / 1000.)),
MIN((qsrs.min_cpu_time / 1000.)),
MAX((qsrs.max_cpu_time / 1000.)),
AVG(((qsrs.avg_logical_io_reads * 8.) / 1024.)),
MAX(((qsrs.last_logical_io_reads * 8.) / 1024.)),
MIN(((qsrs.min_logical_io_reads * 8.) / 1024.)),
MAX(((qsrs.max_logical_io_reads * 8.) / 1024.)),
AVG(((qsrs.avg_logical_io_writes * 8.) / 1024.)),
MAX(((qsrs.last_logical_io_writes * 8.) / 1024.)),
MIN(((qsrs.min_logical_io_writes * 8.) / 1024.)),
MAX(((qsrs.max_logical_io_writes * 8.) / 1024.)),
AVG(((qsrs.avg_physical_io_reads * 8.) / 1024.)),
MAX(((qsrs.last_physical_io_reads * 8.) / 1024.)),
MIN(((qsrs.min_physical_io_reads * 8.) / 1024.)),
MAX(((qsrs.max_physical_io_reads * 8.) / 1024.)),
AVG((qsrs.avg_clr_time / 1000.)),
MAX((qsrs.last_clr_time / 1000.)),
MIN((qsrs.min_clr_time / 1000.)),
MAX((qsrs.max_clr_time / 1000.)),
MAX(qsrs.last_dop),
MIN(qsrs.min_dop),
MAX(qsrs.max_dop),
AVG(((qsrs.avg_query_max_used_memory * 8.) / 1024.)),
MAX(((qsrs.last_query_max_used_memory * 8.) / 1024.)),
MIN(((qsrs.min_query_max_used_memory * 8.) / 1024.)),
MAX(((qsrs.max_query_max_used_memory * 8.) / 1024.)),
AVG(qsrs.avg_rowcount),
MAX(qsrs.last_rowcount),
MIN(qsrs.min_rowcount),
MAX(qsrs.max_rowcount),';
IF @new = 1
BEGIN
SELECT
@sql += N'
AVG(((qsrs.avg_num_physical_io_reads * 8.) / 1024.)),
MAX(((qsrs.last_num_physical_io_reads * 8.) / 1024.)),
MIN(((qsrs.min_num_physical_io_reads * 8.) / 1024.)),
MAX(((qsrs.max_num_physical_io_reads * 8.) / 1024.)),
AVG((qsrs.avg_log_bytes_used / 100000000.)),
MAX((qsrs.last_log_bytes_used / 100000000.)),
MIN((qsrs.min_log_bytes_used / 100000000.)),
MAX((qsrs.max_log_bytes_used / 100000000.)),
AVG(((qsrs.avg_tempdb_space_used * 8) / 1024.)),
MAX(((qsrs.last_tempdb_space_used * 8) / 1024.)),
MIN(((qsrs.min_tempdb_space_used * 8) / 1024.)),
MAX(((qsrs.max_tempdb_space_used * 8) / 1024.)),';
END;
IF @new = 0
BEGIN
SELECT
@sql += N'
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,
NULL,';
END;
SELECT
@sql += N'
context_settings = NULL
FROM #distinct_plans AS dp
CROSS APPLY
(
SELECT TOP (@queries_top)
qsrs.*
FROM ' + @database_name_quoted + N'.sys.query_store_runtime_stats AS qsrs'
IF @sort_order = 'plan count by hashes'
BEGIN
SELECT
@sql += N'
JOIN #plan_ids_with_query_hashes AS hashes
ON qsrs.plan_id = hashes.plan_id
AND hashes.database_id = @database_id'
END;
IF @sort_order_is_a_wait = 1
BEGIN
SELECT
@sql += N'
JOIN #plan_ids_with_total_waits AS waits
ON qsrs.plan_id = waits.plan_id
AND waits.database_id = @database_id'
END;
SELECT
@sql += N'
WHERE qsrs.plan_id = dp.plan_id
AND 1 = 1
' + @where_clause
+ N'
ORDER BY ' +
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes'
WHEN 'duration' THEN N'qsrs.avg_duration'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
WHEN 'plan count by hashes' THEN N'hashes.plan_hash_count_for_query_hash DESC, hashes.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'waits.total_query_wait_time_ms' ELSE N'qsrs.avg_cpu_time' END
END + N' DESC
) AS qsrs
GROUP BY
qsrs.plan_id
OPTION(RECOMPILE, OPTIMIZE FOR (@queries_top = 9223372036854775807));' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_runtime_stats WITH(TABLOCK)
(
database_id, runtime_stats_id, plan_id, runtime_stats_interval_id, execution_type_desc,
first_execution_time, last_execution_time, count_executions,
avg_duration_ms, last_duration_ms, min_duration_ms, max_duration_ms,
avg_cpu_time_ms, last_cpu_time_ms, min_cpu_time_ms, max_cpu_time_ms,
avg_logical_io_reads_mb, last_logical_io_reads_mb, min_logical_io_reads_mb, max_logical_io_reads_mb,
avg_logical_io_writes_mb, last_logical_io_writes_mb, min_logical_io_writes_mb, max_logical_io_writes_mb,
avg_physical_io_reads_mb, last_physical_io_reads_mb, min_physical_io_reads_mb, max_physical_io_reads_mb,
avg_clr_time_ms, last_clr_time_ms, min_clr_time_ms, max_clr_time_ms,
last_dop, min_dop, max_dop,
avg_query_max_used_memory_mb, last_query_max_used_memory_mb, min_query_max_used_memory_mb, max_query_max_used_memory_mb,
avg_rowcount, last_rowcount, min_rowcount, max_rowcount,
avg_num_physical_io_reads_mb, last_num_physical_io_reads_mb, min_num_physical_io_reads_mb, max_num_physical_io_reads_mb,
avg_log_bytes_used_mb, last_log_bytes_used_mb, min_log_bytes_used_mb, max_log_bytes_used_mb,
avg_tempdb_space_used_mb, last_tempdb_space_used_mb, min_tempdb_space_used_mb, max_tempdb_space_used_mb,
context_settings
)
EXEC sys.sp_executesql
@sql,
@parameters,
@top,
@start_date,
@end_date,
@execution_count,
@duration_ms,
@execution_type_desc,
@database_id,
@queries_top,
@work_start_utc,
@work_end_utc;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting runtime stats*/
/*
This gets the query plans we're after
*/
SELECT
@current_table = 'inserting #query_store_plan',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsp.plan_id,
qsp.query_id,
all_plan_ids =
STUFF
(
(
SELECT DISTINCT
'', '' +
RTRIM
(qsp_plans.plan_id)
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp_plans
WHERE qsp_plans.query_id = qsp.query_id
FOR XML
PATH(''''),
TYPE
).value(''./text()[1]'', ''varchar(max)''),
1,
2,
''''
),
qsp.plan_group_id,
qsp.engine_version,
qsp.compatibility_level,
qsp.query_plan_hash,
qsp.query_plan,
qsp.is_online_index_plan,
qsp.is_trivial_plan,
qsp.is_parallel_plan,
qsp.is_forced_plan,
qsp.is_natively_compiled,
qsp.force_failure_count,
qsp.last_force_failure_reason_desc,
qsp.count_compiles,
qsp.initial_compile_start_time,
qsp.last_compile_start_time,
qsp.last_execution_time,
(qsp.avg_compile_duration / 1000.),
(qsp.last_compile_duration / 1000.),';
IF
(
@new = 0
AND @sql_2022_views = 0
)
BEGIN
SELECT
@sql += N'
NULL,
NULL,
NULL,
NULL';
END;
IF
(
@new = 1
AND @sql_2022_views = 0
)
BEGIN
SELECT
@sql += N'
qsp.plan_forcing_type_desc,
NULL,
NULL,
NULL';
END;
IF
(
@new = 1
AND @sql_2022_views = 1
)
BEGIN
SELECT
@sql += N'
qsp.plan_forcing_type_desc,
qsp.has_compile_replay_script,
qsp.is_optimized_plan_forcing_disabled,
qsp.plan_type_desc';
END;
SELECT
@sql += N'
FROM #query_store_runtime_stats AS qsrs
CROSS APPLY
(
SELECT TOP (@plans_top)
qsp.*
FROM ' + @database_name_quoted + N'.sys.query_store_plan AS qsp
WHERE qsp.plan_id = qsrs.plan_id
AND qsp.is_online_index_plan = 0
ORDER BY
qsp.last_execution_time DESC
) AS qsp
WHERE qsrs.database_id = @database_id
OPTION(RECOMPILE, OPTIMIZE FOR (@plans_top = 9223372036854775807));' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_plan WITH(TABLOCK)
(
database_id,
plan_id,
query_id,
all_plan_ids,
plan_group_id,
engine_version,
compatibility_level,
query_plan_hash,
query_plan,
is_online_index_plan,
is_trivial_plan,
is_parallel_plan,
is_forced_plan,
is_natively_compiled,
force_failure_count,
last_force_failure_reason_desc,
count_compiles,
initial_compile_start_time,
last_compile_start_time,
last_execution_time,
avg_compile_duration_ms,
last_compile_duration_ms,
plan_forcing_type_desc,
has_compile_replay_script,
is_optimized_plan_forcing_disabled,
plan_type_desc
)
EXEC sys.sp_executesql
@sql,
N'@plans_top bigint,
@database_id int',
@plans_top,
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting query plans*/
/*
This gets some query information
*/
SELECT
@current_table = 'inserting #query_store_query',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsq.query_id,
qsq.query_text_id,
qsq.context_settings_id,
qsq.object_id,
qsq.batch_sql_handle,
qsq.query_hash,
qsq.is_internal_query,
qsq.query_parameterization_type_desc,
qsq.initial_compile_start_time,
qsq.last_compile_start_time,
qsq.last_execution_time,
qsq.last_compile_batch_sql_handle,
qsq.last_compile_batch_offset_start,
qsq.last_compile_batch_offset_end,
qsq.count_compiles,
(qsq.avg_compile_duration / 1000.),
(qsq.last_compile_duration / 1000.),
(qsq.avg_bind_duration / 1000.),
(qsq.last_bind_duration / 1000.),
(qsq.avg_bind_cpu_time / 1000.),
(qsq.last_bind_cpu_time / 1000.),
(qsq.avg_optimize_duration / 1000.),
(qsq.last_optimize_duration / 1000.),
(qsq.avg_optimize_cpu_time / 1000.),
(qsq.last_optimize_cpu_time / 1000.),
((qsq.avg_compile_memory_kb * 8) / 1024.),
((qsq.last_compile_memory_kb * 8) / 1024.),
((qsq.max_compile_memory_kb * 8) / 1024.),
qsq.is_clouddb_internal_query
FROM #query_store_plan AS qsp
CROSS APPLY
(
SELECT TOP (1)
qsq.*
FROM ' + @database_name_quoted + N'.sys.query_store_query AS qsq
WHERE qsq.query_id = qsp.query_id
ORDER BY
qsq.last_execution_time DESC
) AS qsq
WHERE qsp.database_id = @database_id
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_query WITH(TABLOCK)
(
database_id,
query_id,
query_text_id,
context_settings_id,
object_id,
batch_sql_handle,
query_hash,
is_internal_query,
query_parameterization_type_desc,
initial_compile_start_time,
last_compile_start_time,
last_execution_time,
last_compile_batch_sql_handle,
last_compile_batch_offset_start,
last_compile_batch_offset_end,
count_compiles,
avg_compile_duration_ms,
last_compile_duration_ms,
avg_bind_duration_ms,
last_bind_duration_ms,
avg_bind_cpu_time_ms,
last_bind_cpu_time_ms,
avg_optimize_duration_ms,
last_optimize_duration_ms,
avg_optimize_cpu_time_ms,
last_optimize_cpu_time_ms,
avg_compile_memory_mb,
last_compile_memory_mb,
max_compile_memory_mb,
is_clouddb_internal_query
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting query details*/
/*
This gets the query text for them!
*/
SELECT
@current_table = 'inserting #query_store_query_text',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsqt.query_text_id,
query_sql_text =
(
SELECT
[processing-instruction(query)] =
REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(
REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(
REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(REPLACE(
qsqt.query_sql_text COLLATE Latin1_General_BIN2,
NCHAR(31),N''?''),NCHAR(30),N''?''),NCHAR(29),N''?''),NCHAR(28),N''?''),NCHAR(27),N''?''),NCHAR(26),N''?''),NCHAR(25),N''?''),NCHAR(24),N''?''),NCHAR(23),N''?''),NCHAR(22),N''?''),
NCHAR(21),N''?''),NCHAR(20),N''?''),NCHAR(19),N''?''),NCHAR(18),N''?''),NCHAR(17),N''?''),NCHAR(16),N''?''),NCHAR(15),N''?''),NCHAR(14),N''?''),NCHAR(12),N''?''),
NCHAR(11),N''?''),NCHAR(8),N''?''),NCHAR(7),N''?''),NCHAR(6),N''?''),NCHAR(5),N''?''),NCHAR(4),N''?''),NCHAR(3),N''?''),NCHAR(2),N''?''),NCHAR(1),N''?''),NCHAR(0),N'''')
FOR XML
PATH(''''),
TYPE
),
qsqt.statement_sql_handle,
qsqt.is_part_of_encrypted_module,
qsqt.has_restricted_text
FROM #query_store_query AS qsq
CROSS APPLY
(
SELECT TOP (1)
qsqt.*
FROM ' + @database_name_quoted + N'.sys.query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
) AS qsqt
WHERE qsq.database_id = @database_id
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_query_text WITH(TABLOCK)
(
database_id,
query_text_id,
query_sql_text,
statement_sql_handle,
is_part_of_encrypted_module,
has_restricted_text
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting query text*/
/*
Here we try to get some data from the "plan cache"
that isn't available in Query Store :(
*/
SELECT
@sql = N'',
@current_table = 'inserting #dm_exec_query_stats';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
INSERT
#dm_exec_query_stats WITH(TABLOCK)
(
statement_sql_handle,
total_grant_mb,
last_grant_mb,
min_grant_mb,
max_grant_mb,
total_used_grant_mb,
last_used_grant_mb,
min_used_grant_mb,
max_used_grant_mb,
total_ideal_grant_mb,
last_ideal_grant_mb,
min_ideal_grant_mb,
max_ideal_grant_mb,
total_reserved_threads,
last_reserved_threads,
min_reserved_threads,
max_reserved_threads,
total_used_threads,
last_used_threads,
min_used_threads,
max_used_threads
)
SELECT
deqs.statement_sql_handle,
MAX(deqs.total_grant_kb) / 1024.,
MAX(deqs.last_grant_kb) / 1024.,
MAX(deqs.min_grant_kb) / 1024.,
MAX(deqs.max_grant_kb) / 1024.,
MAX(deqs.total_used_grant_kb) / 1024.,
MAX(deqs.last_used_grant_kb) / 1024.,
MAX(deqs.min_used_grant_kb) / 1024.,
MAX(deqs.max_used_grant_kb) / 1024.,
MAX(deqs.total_ideal_grant_kb) / 1024.,
MAX(deqs.last_ideal_grant_kb) / 1024.,
MAX(deqs.min_ideal_grant_kb) / 1024.,
MAX(deqs.max_ideal_grant_kb) / 1024.,
MAX(deqs.total_reserved_threads),
MAX(deqs.last_reserved_threads),
MAX(deqs.min_reserved_threads),
MAX(deqs.max_reserved_threads),
MAX(deqs.total_used_threads),
MAX(deqs.last_used_threads),
MAX(deqs.min_used_threads),
MAX(deqs.max_used_threads)
FROM sys.dm_exec_query_stats AS deqs
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_query_text AS qsqt
WHERE qsqt.statement_sql_handle = deqs.statement_sql_handle
)
GROUP BY
deqs.statement_sql_handle
OPTION(RECOMPILE);
SELECT
@rc = @@ROWCOUNT;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting runtime stats*/
/*Only update if we got anything*/
IF @rc > 0
BEGIN
SELECT
@current_table = 'updating #dm_exec_query_stats';
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
UPDATE
qsqt
SET
qsqt.total_grant_mb = deqs.total_grant_mb,
qsqt.last_grant_mb = deqs.last_grant_mb,
qsqt.min_grant_mb = deqs.min_grant_mb,
qsqt.max_grant_mb = deqs.max_grant_mb,
qsqt.total_used_grant_mb = deqs.total_used_grant_mb,
qsqt.last_used_grant_mb = deqs.last_used_grant_mb,
qsqt.min_used_grant_mb = deqs.min_used_grant_mb,
qsqt.max_used_grant_mb = deqs.max_used_grant_mb,
qsqt.total_ideal_grant_mb = deqs.total_ideal_grant_mb,
qsqt.last_ideal_grant_mb = deqs.last_ideal_grant_mb,
qsqt.min_ideal_grant_mb = deqs.min_ideal_grant_mb,
qsqt.max_ideal_grant_mb = deqs.max_ideal_grant_mb,
qsqt.total_reserved_threads = deqs.total_reserved_threads,
qsqt.last_reserved_threads = deqs.last_reserved_threads,
qsqt.min_reserved_threads = deqs.min_reserved_threads,
qsqt.max_reserved_threads = deqs.max_reserved_threads,
qsqt.total_used_threads = deqs.total_used_threads,
qsqt.last_used_threads = deqs.last_used_threads,
qsqt.min_used_threads = deqs.min_used_threads,
qsqt.max_used_threads = deqs.max_used_threads
FROM #query_store_query_text AS qsqt
JOIN #dm_exec_query_stats AS deqs
ON qsqt.statement_sql_handle = deqs.statement_sql_handle
OPTION(RECOMPILE);
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END; /*End updating runtime stats*/
/*
Let's check on settings, etc.
We do this first so we can see if wait stats capture mode is true more easily
*/
SELECT
@current_table = 'inserting #database_query_store_options',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
dqso.desired_state_desc,
dqso.actual_state_desc,
readonly_reason =
CASE dqso.readonly_reason
WHEN 0
THEN ''None''
WHEN 2
THEN ''Database in single user mode''
WHEN 4
THEN ''Database is in emergency mode''
WHEN 8
THEN ''Database is AG secondary''
WHEN 65536
THEN ''Reached max size: '' +
FORMAT(dqso.current_storage_size_mb, ''N0'') +
'' of '' +
FORMAT(dqso.max_storage_size_mb, ''N0'') +
''.''
WHEN 131072
THEN ''The number of different statements in Query Store has reached the internal memory limit''
WHEN 262144
THEN ''Size of in-memory items waiting to be persisted on disk has reached the internal memory limit''
WHEN 524288
THEN ''Database has reached disk size limit''
ELSE ''WOAH''
END,
dqso.current_storage_size_mb,
dqso.flush_interval_seconds,
dqso.interval_length_minutes,
dqso.max_storage_size_mb,
dqso.stale_query_threshold_days,
dqso.max_plans_per_query,
dqso.query_capture_mode_desc,'
+
CASE
WHEN
(
@product_version > 14
OR @azure = 1
)
THEN N'
dqso.capture_policy_execution_count,
dqso.capture_policy_total_compile_cpu_time_ms,
dqso.capture_policy_total_execution_cpu_time_ms,
dqso.capture_policy_stale_threshold_hours,'
ELSE N'
NULL,
NULL,
NULL,
NULL,'
END
+ N'
dqso.size_based_cleanup_mode_desc,'
+
CASE
WHEN
(
@product_version = 13
AND @azure = 0
)
THEN N'
NULL'
ELSE N'
dqso.wait_stats_capture_mode_desc'
END
+ N'
FROM ' + @database_name_quoted + N'.sys.database_query_store_options AS dqso
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#database_query_store_options WITH(TABLOCK)
(
database_id,
desired_state_desc,
actual_state_desc,
readonly_reason,
current_storage_size_mb,
flush_interval_seconds,
interval_length_minutes,
max_storage_size_mb,
stale_query_threshold_days,
max_plans_per_query,
query_capture_mode_desc,
capture_policy_execution_count,
capture_policy_total_compile_cpu_time_ms,
capture_policy_total_execution_cpu_time_ms,
capture_policy_stale_threshold_hours,
size_based_cleanup_mode_desc,
wait_stats_capture_mode_desc
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting query store settings*/
/*
If wait stats are available, we'll grab them here
*/
IF
(
@new = 1
AND EXISTS
(
SELECT
1/0
FROM #database_query_store_options AS dqso
WHERE dqso.wait_stats_capture_mode_desc = N'ON'
)
)
BEGIN
SELECT
@current_table = 'inserting #query_store_wait_stats',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsws.plan_id,
qsws.wait_category_desc,
total_query_wait_time_ms =
SUM(qsws.total_query_wait_time_ms),
avg_query_wait_time_ms =
SUM(qsws.avg_query_wait_time_ms),
last_query_wait_time_ms =
SUM(qsws.last_query_wait_time_ms),
min_query_wait_time_ms =
SUM(qsws.min_query_wait_time_ms),
max_query_wait_time_ms =
SUM(qsws.max_query_wait_time_ms)
FROM #query_store_runtime_stats AS qsrs
CROSS APPLY
(
SELECT TOP (5)
qsws.*
FROM ' + @database_name_quoted + N'.sys.query_store_wait_stats AS qsws
WHERE qsws.runtime_stats_interval_id = qsrs.runtime_stats_interval_id
AND qsws.plan_id = qsrs.plan_id
AND qsws.wait_category > 0
AND qsws.min_query_wait_time_ms > 0
ORDER BY
qsws.avg_query_wait_time_ms DESC
) AS qsws
WHERE qsrs.database_id = @database_id
GROUP BY
qsws.plan_id,
qsws.wait_category_desc
HAVING
SUM(qsws.min_query_wait_time_ms) > 0.
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_wait_stats WITH(TABLOCK)
(
database_id,
plan_id,
wait_category_desc,
total_query_wait_time_ms,
avg_query_wait_time_ms,
last_query_wait_time_ms,
min_query_wait_time_ms,
max_query_wait_time_ms
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END; /*End getting wait stats*/
/*
This gets context info and settings
*/
SELECT
@current_table = 'inserting #query_context_settings',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
context_settings_id,
set_options,
language_id,
date_format,
date_first,
status,
required_cursor_options,
acceptable_cursor_options,
merge_action_type,
default_schema_id,
is_replication_specific,
is_contained
FROM ' + @database_name_quoted + N'.sys.query_context_settings AS qcs
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
WHERE qsq.context_settings_id = qcs.context_settings_id
)
OPTION(RECOMPILE);';
INSERT
#query_context_settings WITH(TABLOCK)
(
database_id,
context_settings_id,
set_options,
language_id,
date_format,
date_first,
status,
required_cursor_options,
acceptable_cursor_options,
merge_action_type,
default_schema_id,
is_replication_specific,
is_contained
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END; /*End getting context settings*/
/*
Update things to get the context settings for each query
*/
SELECT
@current_table = 'updating context_settings in #query_store_runtime_stats';
UPDATE
qsrs
SET
qsrs.context_settings =
SUBSTRING
(
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 1 = 1
THEN ', ANSI_PADDING'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 8 = 8
THEN ', CONCAT_NULL_YIELDS_NULL'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 16 = 16
THEN ', ANSI_WARNINGS'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 32 = 32
THEN ', ANSI_NULLS'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 64 = 64
THEN ', QUOTED_IDENTIFIER'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 4096 = 4096
THEN ', ARITH_ABORT'
ELSE ''
END +
CASE
WHEN
CONVERT
(
int,
qcs.set_options
) & 8192 = 8192
THEN ', NUMERIC_ROUNDABORT'
ELSE ''
END,
2,
256
)
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
JOIN #query_context_settings AS qcs
ON qsq.context_settings_id = qcs.context_settings_id
AND qsq.database_id = qcs.database_id
OPTION(RECOMPILE);
IF @sql_2022_views = 1
BEGIN
/*query_store_plan_feedback*/
SELECT
@current_table = 'inserting #query_store_plan_feedback',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qspf.plan_feedback_id,
qspf.plan_id,
qspf.feature_desc,
qspf.feedback_data,
qspf.state_desc,
qspf.create_time,
qspf.last_updated_time
FROM ' + @database_name_quoted + N'.sys.query_store_plan_feedback AS qspf
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_plan AS qsp
WHERE qspf.plan_id = qsp.plan_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_plan_feedback WITH(TABLOCK)
(
database_id,
plan_feedback_id,
plan_id,
feature_desc,
feedback_data,
state_desc,
create_time,
last_updated_time
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*query_store_query_variant*/
SELECT
@current_table = 'inserting #query_store_query_variant',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsqv.query_variant_query_id,
qsqv.parent_query_id,
qsqv.dispatcher_plan_id
FROM ' + @database_name_quoted + N'.sys.query_store_query_variant AS qsqv
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_plan AS qsp
WHERE qsqv.query_variant_query_id = qsp.query_id
AND qsqv.dispatcher_plan_id = qsp.plan_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_query_variant WITH(TABLOCK)
(
database_id,
query_variant_query_id,
parent_query_id,
dispatcher_plan_id
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*query_store_query_hints*/
SELECT
@current_table = 'inserting #query_store_query_hints',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsqh.query_hint_id,
qsqh.query_id,
qsqh.query_hint_text,
qsqh.last_query_hint_failure_reason_desc,
qsqh.query_hint_failure_count,
qsqh.source_desc
FROM ' + @database_name_quoted + N'.sys.query_store_query_hints AS qsqh
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_plan AS qsp
WHERE qsqh.query_id = qsp.query_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_query_hints WITH(TABLOCK)
(
database_id,
query_hint_id,
query_id,
query_hint_text,
last_query_hint_failure_reason_desc,
query_hint_failure_count,
source_desc
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
IF @ags_present = 1
BEGIN
/*query_store_plan_forcing_locations*/
SELECT
@current_table = 'inserting #query_store_plan_forcing_locations',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qspfl.plan_forcing_location_id,
qspfl.query_id,
qspfl.plan_id,
qspfl.replica_group_id
FROM ' + @database_name_quoted + N'.sys.query_store_plan_forcing_locations AS qspfl
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_plan AS qsp
WHERE qspfl.query_id = qsp.query_id
AND qspfl.plan_id = qsp.plan_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_plan_forcing_locations WITH(TABLOCK)
(
database_id,
plan_forcing_location_id,
query_id,
plan_id,
replica_group_id
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
/*query_store_replicas*/
SELECT
@current_table = 'inserting #query_store_replicas',
@sql = @isolation_level;
IF @troubleshoot_performance = 1
BEGIN
EXEC sys.sp_executesql
@troubleshoot_insert,
N'@current_table nvarchar(100)',
@current_table;
SET STATISTICS XML ON;
END;
SELECT
@sql += N'
SELECT
@database_id,
qsr.replica_group_id,
qsr.role_type,
qsr.replica_name
FROM ' + @database_name_quoted + N'.sys.query_store_replicas AS qsr
WHERE EXISTS
(
SELECT
1/0
FROM #query_store_plan_forcing_locations AS qspfl
WHERE qspfl.replica_group_id = qsr.replica_group_id
)
OPTION(RECOMPILE);' + @nc10;
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
INSERT
#query_store_replicas WITH(TABLOCK)
(
database_id,
replica_group_id,
role_type,
replica_name
)
EXEC sys.sp_executesql
@sql,
N'@database_id int',
@database_id;
IF @troubleshoot_performance = 1
BEGIN
SET STATISTICS XML OFF;
EXEC sys.sp_executesql
@troubleshoot_update,
N'@current_table nvarchar(100)',
@current_table;
EXEC sys.sp_executesql
@troubleshoot_info,
N'@sql nvarchar(max),
@current_table nvarchar(100)',
@sql,
@current_table;
END;
END; /*End AG queries*/
END; /*End SQL 2022 views*/
/*
These tables need to get cleared out
to avoid result pollution and
primary key violations
*/
IF @get_all_databases = 1
BEGIN
TRUNCATE TABLE
#distinct_plans;
TRUNCATE TABLE
#procedure_plans;
TRUNCATE TABLE
#procedure_object_ids;
TRUNCATE TABLE
#maintenance_plans;
TRUNCATE TABLE
#query_text_search;
TRUNCATE TABLE
#query_text_search_not;
TRUNCATE TABLE
#dm_exec_query_stats;
TRUNCATE TABLE
#query_types;
TRUNCATE TABLE
#wait_filter;
TRUNCATE TABLE
#only_queries_with_hints;
TRUNCATE TABLE
#only_queries_with_feedback;
TRUNCATE TABLE
#only_queries_with_variants;
TRUNCATE TABLE
#forced_plans_failures;
END;
FETCH NEXT
FROM @database_cursor
INTO @database_name;
END;
/*
This is where we start returning results
*/
IF EXISTS
(
SELECT
1/0
FROM #query_store_runtime_stats AS qsrs
)
BEGIN
SELECT
@sql = @isolation_level,
@current_table = 'selecting final results';
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
x.*
FROM
('
);
/*
Expert mode returns more columns from runtime stats
*/
IF
(
@expert_mode = 1
AND @format_output = 0
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''runtime_stats'',
database_name =
DB_NAME(qsrs.database_id),
qsp.query_id,
qsrs.plan_id,
qsp.all_plan_ids,'
+
CASE
WHEN @include_plan_hashes IS NOT NULL
THEN
N'
qsp.query_plan_hash,'
WHEN @include_query_hashes IS NOT NULL
THEN
N'
qsq.query_hash,'
WHEN @include_sql_handles IS NOT NULL
THEN
N'
qsqt.statement_sql_handle,'
ELSE
N''
END + N'
qsrs.execution_type_desc,
qsq.object_name,
qsqt.query_sql_text,
query_plan =
CASE
WHEN TRY_CAST(qsp.query_plan AS xml) IS NOT NULL
THEN TRY_CAST(qsp.query_plan AS xml)
WHEN TRY_CAST(qsp.query_plan AS xml) IS NULL
THEN
(
SELECT
[processing-instruction(query_plan)] =
N''-- '' + NCHAR(13) + NCHAR(10) +
N''-- This is a huge query plan.'' + NCHAR(13) + NCHAR(10) +
N''-- Remove the headers and footers, save it as a .sqlplan file, and re-open it.'' + NCHAR(13) + NCHAR(10) +
NCHAR(13) + NCHAR(10) +
REPLACE(qsp.query_plan, N''<RelOp'', NCHAR(13) + NCHAR(10) + N''<RelOp'') +
NCHAR(13) + NCHAR(10) COLLATE Latin1_General_Bin2
FOR XML
PATH(N''''),
TYPE
)
END,
qsp.compatibility_level,'
+
CASE @sql_2022_views
WHEN 1
THEN
N'
has_query_feedback =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_plan_feedback AS qspf WHERE qspf.plan_id = qsp.plan_id) THEN ''Yes'' ELSE ''No'' END,
has_query_store_hints =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_hints AS qsqh WHERE qsqh.query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
has_plan_variants =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_variant AS qsqv WHERE qsqv.query_variant_query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
qsp.has_compile_replay_script,
qsp.is_optimized_plan_forcing_disabled,
qsp.plan_type_desc,'
ELSE
N''
END +
N'
qsp.force_failure_count,
qsp.last_force_failure_reason_desc,'
+
CONVERT
(
nvarchar(MAX),
CASE @new
WHEN 1
THEN
N'
qsp.plan_forcing_type_desc,
w.top_waits,'
ELSE
N''
END
)
+ N'
first_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.first_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.first_execution_time AT TIME ZONE @timezone
END,
first_execution_time_utc =
qsrs.first_execution_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsrs.last_execution_time,
qsrs.count_executions,
qsrs.executions_per_second,
qsrs.avg_duration_ms,
qsrs.total_duration_ms,
qsrs.last_duration_ms,
qsrs.min_duration_ms,
qsrs.max_duration_ms,
qsrs.avg_cpu_time_ms,
qsrs.total_cpu_time_ms,
qsrs.last_cpu_time_ms,
qsrs.min_cpu_time_ms,
qsrs.max_cpu_time_ms,
qsrs.avg_logical_io_reads_mb,
qsrs.total_logical_io_reads_mb,
qsrs.last_logical_io_reads_mb,
qsrs.min_logical_io_reads_mb,
qsrs.max_logical_io_reads_mb,
qsrs.avg_logical_io_writes_mb,
qsrs.total_logical_io_writes_mb,
qsrs.last_logical_io_writes_mb,
qsrs.min_logical_io_writes_mb,
qsrs.max_logical_io_writes_mb,
qsrs.avg_physical_io_reads_mb,
qsrs.total_physical_io_reads_mb,
qsrs.last_physical_io_reads_mb,
qsrs.min_physical_io_reads_mb,
qsrs.max_physical_io_reads_mb,
qsrs.avg_clr_time_ms,
qsrs.total_clr_time_ms,
qsrs.last_clr_time_ms,
qsrs.min_clr_time_ms,
qsrs.max_clr_time_ms,
qsrs.last_dop,
qsrs.min_dop,
qsrs.max_dop,
qsrs.avg_query_max_used_memory_mb,
qsrs.total_query_max_used_memory_mb,
qsrs.last_query_max_used_memory_mb,
qsrs.min_query_max_used_memory_mb,
qsrs.max_query_max_used_memory_mb,
qsrs.avg_rowcount,
qsrs.total_rowcount,
qsrs.last_rowcount,
qsrs.min_rowcount,
qsrs.max_rowcount,'
+
CASE @new
WHEN 1
THEN
N'
qsrs.avg_num_physical_io_reads_mb,
qsrs.total_num_physical_io_reads_mb,
qsrs.last_num_physical_io_reads_mb,
qsrs.min_num_physical_io_reads_mb,
qsrs.max_num_physical_io_reads_mb,
qsrs.avg_log_bytes_used_mb,
qsrs.total_log_bytes_used_mb,
qsrs.last_log_bytes_used_mb,
qsrs.min_log_bytes_used_mb,
qsrs.max_log_bytes_used_mb,
qsrs.avg_tempdb_space_used_mb,
qsrs.total_tempdb_space_used_mb,
qsrs.last_tempdb_space_used_mb,
qsrs.min_tempdb_space_used_mb,
qsrs.max_tempdb_space_used_mb,'
ELSE
N''
END +
CONVERT
(
nvarchar(MAX),
N'
qsrs.context_settings,
n =
ROW_NUMBER() OVER
(
PARTITION BY
qsrs.plan_id
ORDER BY
' +
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time_ms'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads_mb'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads_mb'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes_mb'
WHEN 'duration' THEN N'qsrs.avg_duration_ms'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory_mb'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used_mb' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
WHEN 'plan count by hashes' THEN N'hashes.plan_hash_count_for_query_hash DESC, hashes.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'waits.total_query_wait_time_ms' ELSE N'qsrs.avg_cpu_time' END
END + N' DESC
)'
/*
Bolt any special sorting columns on, because we need them to
be in scope for sorting.
Has the side-effect of making them visible in the final output,
because our SELECT is just x.*.
But, really, is having the columns visible in the output a bad thing?
I find it's helpful.
*/
+ CASE WHEN @sort_order = 'plan count by hashes'
THEN N' , hashes.plan_hash_count_for_query_hash, hashes.query_hash'
WHEN @sort_order_is_a_wait = 1
THEN N' , waits.total_query_wait_time_ms AS total_wait_time_from_sort_order_ms'
ELSE N''
END
)
);
END; /*End expert mode 1, format output 0 columns*/
/*
Do we want to format things?
*/
IF
(
@expert_mode = 1
AND @format_output = 1
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''runtime_stats'',
database_name =
DB_NAME(qsrs.database_id),
qsp.query_id,
qsrs.plan_id,
qsp.all_plan_ids,'
+
CASE
WHEN @include_plan_hashes IS NOT NULL
THEN
N'
qsp.query_plan_hash,'
WHEN @include_query_hashes IS NOT NULL
THEN
N'
qsq.query_hash,'
WHEN @include_sql_handles IS NOT NULL
THEN
N'
qsqt.statement_sql_handle,'
ELSE
N''
END + N'
qsrs.execution_type_desc,
qsq.object_name,
qsqt.query_sql_text,
query_plan =
CASE
WHEN TRY_CAST(qsp.query_plan AS xml) IS NOT NULL
THEN TRY_CAST(qsp.query_plan AS xml)
WHEN TRY_CAST(qsp.query_plan AS xml) IS NULL
THEN
(
SELECT
[processing-instruction(query_plan)] =
N''-- '' + NCHAR(13) + NCHAR(10) +
N''-- This is a huge query plan.'' + NCHAR(13) + NCHAR(10) +
N''-- Remove the headers and footers, save it as a .sqlplan file, and re-open it.'' + NCHAR(13) + NCHAR(10) +
NCHAR(13) + NCHAR(10) +
REPLACE(qsp.query_plan, N''<RelOp'', NCHAR(13) + NCHAR(10) + N''<RelOp'') +
NCHAR(13) + NCHAR(10) COLLATE Latin1_General_Bin2
FOR XML
PATH(N''''),
TYPE
)
END,
qsp.compatibility_level,'
+
CASE @sql_2022_views
WHEN 1
THEN
N'
has_query_feedback =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_plan_feedback AS qspf WHERE qspf.plan_id = qsp.plan_id) THEN ''Yes'' ELSE ''No'' END,
has_query_store_hints =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_hints AS qsqh WHERE qsqh.query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
has_plan_variants =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_variant AS qsqv WHERE qsqv.query_variant_query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
qsp.has_compile_replay_script,
qsp.is_optimized_plan_forcing_disabled,
qsp.plan_type_desc,'
ELSE
N''
END +
N'
qsp.force_failure_count,
qsp.last_force_failure_reason_desc,'
+
CONVERT
(
nvarchar(MAX),
CASE @new
WHEN 1
THEN
N'
qsp.plan_forcing_type_desc,
w.top_waits,'
ELSE
N''
END
) +
CONVERT
(
nvarchar(MAX),
N'
first_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.first_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.first_execution_time AT TIME ZONE @timezone
END,
first_execution_time_utc =
qsrs.first_execution_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsrs.last_execution_time,
count_executions = FORMAT(qsrs.count_executions, ''N0''),
executions_per_second = FORMAT(qsrs.executions_per_second, ''N0''),
avg_duration_ms = FORMAT(qsrs.avg_duration_ms, ''N0''),
total_duration_ms = FORMAT(qsrs.total_duration_ms, ''N0''),
last_duration_ms = FORMAT(qsrs.last_duration_ms, ''N0''),
min_duration_ms = FORMAT(qsrs.min_duration_ms, ''N0''),
max_duration_ms = FORMAT(qsrs.max_duration_ms, ''N0''),
avg_cpu_time_ms = FORMAT(qsrs.avg_cpu_time_ms, ''N0''),
total_cpu_time_ms = FORMAT(qsrs.total_cpu_time_ms, ''N0''),
last_cpu_time_ms = FORMAT(qsrs.last_cpu_time_ms, ''N0''),
min_cpu_time_ms = FORMAT(qsrs.min_cpu_time_ms, ''N0''),
max_cpu_time_ms = FORMAT(qsrs.max_cpu_time_ms, ''N0''),
avg_logical_io_reads_mb = FORMAT(qsrs.avg_logical_io_reads_mb, ''N0''),
total_logical_io_reads_mb = FORMAT(qsrs.total_logical_io_reads_mb, ''N0''),
last_logical_io_reads_mb = FORMAT(qsrs.last_logical_io_reads_mb, ''N0''),
min_logical_io_reads_mb = FORMAT(qsrs.min_logical_io_reads_mb, ''N0''),
max_logical_io_reads_mb = FORMAT(qsrs.max_logical_io_reads_mb, ''N0''),
avg_logical_io_writes_mb = FORMAT(qsrs.avg_logical_io_writes_mb, ''N0''),
total_logical_io_writes_mb = FORMAT(qsrs.total_logical_io_writes_mb, ''N0''),
last_logical_io_writes_mb = FORMAT(qsrs.last_logical_io_writes_mb, ''N0''),
min_logical_io_writes_mb = FORMAT(qsrs.min_logical_io_writes_mb, ''N0''),
max_logical_io_writes_mb = FORMAT(qsrs.max_logical_io_writes_mb, ''N0''),
avg_physical_io_reads_mb = FORMAT(qsrs.avg_physical_io_reads_mb, ''N0''),
total_physical_io_reads_mb = FORMAT(qsrs.total_physical_io_reads_mb, ''N0''),
last_physical_io_reads_mb = FORMAT(qsrs.last_physical_io_reads_mb, ''N0''),
min_physical_io_reads_mb = FORMAT(qsrs.min_physical_io_reads_mb, ''N0''),
max_physical_io_reads_mb = FORMAT(qsrs.max_physical_io_reads_mb, ''N0''),
avg_clr_time_ms = FORMAT(qsrs.avg_clr_time_ms, ''N0''),
total_clr_time_ms = FORMAT(qsrs.total_clr_time_ms, ''N0''),
last_clr_time_ms = FORMAT(qsrs.last_clr_time_ms, ''N0''),
min_clr_time_ms = FORMAT(qsrs.min_clr_time_ms, ''N0''),
max_clr_time_ms = FORMAT(qsrs.max_clr_time_ms, ''N0''),
qsrs.last_dop,
qsrs.min_dop,
qsrs.max_dop,
avg_query_max_used_memory_mb = FORMAT(qsrs.avg_query_max_used_memory_mb, ''N0''),
total_query_max_used_memory_mb = FORMAT(qsrs.total_query_max_used_memory_mb, ''N0''),
last_query_max_used_memory_mb = FORMAT(qsrs.last_query_max_used_memory_mb, ''N0''),
min_query_max_used_memory_mb = FORMAT(qsrs.min_query_max_used_memory_mb, ''N0''),
max_query_max_used_memory_mb = FORMAT(qsrs.max_query_max_used_memory_mb, ''N0''),
avg_rowcount = FORMAT(qsrs.avg_rowcount, ''N0''),
total_rowcount = FORMAT(qsrs.total_rowcount, ''N0''),
last_rowcount = FORMAT(qsrs.last_rowcount, ''N0''),
min_rowcount = FORMAT(qsrs.min_rowcount, ''N0''),
max_rowcount = FORMAT(qsrs.max_rowcount, ''N0''),'
)
+
CASE @new
WHEN 1
THEN
N'
avg_num_physical_io_reads_mb = FORMAT(qsrs.avg_num_physical_io_reads_mb, ''N0''),
total_num_physical_io_reads_mb = FORMAT(qsrs.total_num_physical_io_reads_mb, ''N0''),
last_num_physical_io_reads_mb = FORMAT(qsrs.last_num_physical_io_reads_mb, ''N0''),
min_num_physical_io_reads_mb = FORMAT(qsrs.min_num_physical_io_reads_mb, ''N0''),
max_num_physical_io_reads_mb = FORMAT(qsrs.max_num_physical_io_reads_mb, ''N0''),
avg_log_bytes_used_mb = FORMAT(qsrs.avg_log_bytes_used_mb, ''N0''),
total_log_bytes_used_mb = FORMAT(qsrs.total_log_bytes_used_mb, ''N0''),
last_log_bytes_used_mb = FORMAT(qsrs.last_log_bytes_used_mb, ''N0''),
min_log_bytes_used_mb = FORMAT(qsrs.min_log_bytes_used_mb, ''N0''),
max_log_bytes_used_mb = FORMAT(qsrs.max_log_bytes_used_mb, ''N0''),
avg_tempdb_space_used_mb = FORMAT(qsrs.avg_tempdb_space_used_mb, ''N0''),
total_tempdb_space_used_mb = FORMAT(qsrs.total_tempdb_space_used_mb, ''N0''),
last_tempdb_space_used_mb = FORMAT(qsrs.last_tempdb_space_used_mb, ''N0''),
min_tempdb_space_used_mb = FORMAT(qsrs.min_tempdb_space_used_mb, ''N0''),
max_tempdb_space_used_mb = FORMAT(qsrs.max_tempdb_space_used_mb, ''N0''),'
ELSE
N''
END +
CONVERT
(
nvarchar(MAX),
N'
qsrs.context_settings,
n =
ROW_NUMBER() OVER
(
PARTITION BY
qsrs.plan_id
ORDER BY
' +
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time_ms'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads_mb'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads_mb'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes_mb'
WHEN 'duration' THEN N'qsrs.avg_duration_ms'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory_mb'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used_mb' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
WHEN 'plan count by hashes' THEN N'hashes.plan_hash_count_for_query_hash DESC, hashes.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'waits.total_query_wait_time_ms' ELSE N'qsrs.avg_cpu_time' END
END + N' DESC
)'
/*
Bolt any special sorting columns on, because we need them to
be in scope for sorting.
Has the side-effect of making them visible in the final output,
because our SELECT is just x.*.
But, really, is having the columns visible in the output a bad thing?
I find it's helpful, but it does mean that we have to format them
when applicable.
*/
+ CASE WHEN @sort_order = 'plan count by hashes'
THEN N' , FORMAT(hashes.plan_hash_count_for_query_hash, ''N0'') AS plan_hash_count_for_query_hash, hashes.query_hash'
WHEN @sort_order_is_a_wait = 1
THEN N' , FORMAT(waits.total_query_wait_time_ms, ''N0'') AS total_wait_time_from_sort_order_ms'
ELSE N''
END
)
);
END; /*End expert mode = 1, format output = 1*/
/*
For non-experts only!
*/
IF
(
@expert_mode = 0
AND @format_output = 0
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''runtime_stats'',
database_name =
DB_NAME(qsrs.database_id),
qsp.query_id,
qsrs.plan_id,
qsp.all_plan_ids,'
+
CASE
WHEN @include_plan_hashes IS NOT NULL
THEN
N'
qsp.query_plan_hash,'
WHEN @include_query_hashes IS NOT NULL
THEN
N'
qsq.query_hash,'
WHEN @include_sql_handles IS NOT NULL
THEN
N'
qsqt.statement_sql_handle,'
ELSE
N''
END + N'
qsrs.execution_type_desc,
qsq.object_name,
qsqt.query_sql_text,
query_plan =
CASE
WHEN TRY_CAST(qsp.query_plan AS xml) IS NOT NULL
THEN TRY_CAST(qsp.query_plan AS xml)
WHEN TRY_CAST(qsp.query_plan AS xml) IS NULL
THEN
(
SELECT
[processing-instruction(query_plan)] =
N''-- '' + NCHAR(13) + NCHAR(10) +
N''-- This is a huge query plan.'' + NCHAR(13) + NCHAR(10) +
N''-- Remove the headers and footers, save it as a .sqlplan file, and re-open it.'' + NCHAR(13) + NCHAR(10) +
NCHAR(13) + NCHAR(10) +
REPLACE(qsp.query_plan, N''<RelOp'', NCHAR(13) + NCHAR(10) + N''<RelOp'') +
NCHAR(13) + NCHAR(10) COLLATE Latin1_General_Bin2
FOR XML
PATH(N''''),
TYPE
)
END,
qsp.compatibility_level,'
+
CASE @sql_2022_views
WHEN 1
THEN
N'
has_query_feedback =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_plan_feedback AS qspf WHERE qspf.plan_id = qsp.plan_id) THEN ''Yes'' ELSE ''No'' END,
has_query_store_hints =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_hints AS qsqh WHERE qsqh.query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
has_plan_variants =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_variant AS qsqv WHERE qsqv.query_variant_query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
qsp.has_compile_replay_script,
qsp.is_optimized_plan_forcing_disabled,
qsp.plan_type_desc,'
ELSE
N''
END +
N'
qsp.force_failure_count,
qsp.last_force_failure_reason_desc,'
+
CONVERT
(
nvarchar(MAX),
CASE @new
WHEN 1
THEN
N'
qsp.plan_forcing_type_desc,
w.top_waits,'
ELSE
N''
END
)
+ N'
first_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.first_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.first_execution_time AT TIME ZONE @timezone
END,
first_execution_time_utc =
qsrs.first_execution_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsrs.last_execution_time,
qsrs.count_executions,
qsrs.executions_per_second,
qsrs.avg_duration_ms,
qsrs.total_duration_ms,
qsrs.max_duration_ms,
qsrs.avg_cpu_time_ms,
qsrs.total_cpu_time_ms,
qsrs.max_cpu_time_ms,
qsrs.avg_logical_io_reads_mb,
qsrs.total_logical_io_reads_mb,
qsrs.max_logical_io_reads_mb,
qsrs.avg_logical_io_writes_mb,
qsrs.total_logical_io_writes_mb,
qsrs.max_logical_io_writes_mb,
qsrs.avg_physical_io_reads_mb,
qsrs.total_physical_io_reads_mb,
qsrs.max_physical_io_reads_mb,
qsrs.avg_clr_time_ms,
qsrs.total_clr_time_ms,
qsrs.max_clr_time_ms,
qsrs.min_dop,
qsrs.max_dop,
qsrs.avg_query_max_used_memory_mb,
qsrs.total_query_max_used_memory_mb,
qsrs.max_query_max_used_memory_mb,
qsrs.avg_rowcount,
qsrs.total_rowcount,
qsrs.max_rowcount,'
+
CASE @new
WHEN 1
THEN
N'
qsrs.avg_num_physical_io_reads_mb,
qsrs.total_num_physical_io_reads_mb,
qsrs.max_num_physical_io_reads_mb,
qsrs.avg_log_bytes_used_mb,
qsrs.total_log_bytes_used_mb,
qsrs.max_log_bytes_used_mb,
qsrs.avg_tempdb_space_used_mb,
qsrs.total_tempdb_space_used_mb,
qsrs.max_tempdb_space_used_mb,'
ELSE
N''
END +
CONVERT
(
nvarchar(MAX),
N'
qsrs.context_settings,
n =
ROW_NUMBER() OVER
(
PARTITION BY
qsrs.plan_id
ORDER BY
'
+
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time_ms'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads_mb'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads_mb'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes_mb'
WHEN 'duration' THEN N'qsrs.avg_duration_ms'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory_mb'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used_mb' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
WHEN 'plan count by hashes' THEN N'hashes.plan_hash_count_for_query_hash DESC, hashes.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'waits.total_query_wait_time_ms' ELSE N'qsrs.avg_cpu_time' END
END + N' DESC
)'
/*
Bolt any special sorting columns on, because we need them to
be in scope for sorting.
Has the side-effect of making them visible in the final output,
because our SELECT is just x.*.
But, really, is having the columns visible in the output a bad thing?
I find it's helpful.
*/
+ CASE WHEN @sort_order = 'plan count by hashes'
THEN N' , hashes.plan_hash_count_for_query_hash, hashes.query_hash'
WHEN @sort_order_is_a_wait = 1
THEN N' , waits.total_query_wait_time_ms AS total_wait_time_from_sort_order_ms'
ELSE N''
END
)
);
END; /*End expert mode = 0, format output = 0*/
/*
Formatted but not still not expert output
*/
IF
(
@expert_mode = 0
AND @format_output = 1
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''runtime_stats'',
database_name =
DB_NAME(qsrs.database_id),
qsp.query_id,
qsrs.plan_id,
qsp.all_plan_ids,'
+
CASE
WHEN @include_plan_hashes IS NOT NULL
THEN
N'
qsp.query_plan_hash,'
WHEN @include_query_hashes IS NOT NULL
THEN
N'
qsq.query_hash,'
WHEN @include_sql_handles IS NOT NULL
THEN
N'
qsqt.statement_sql_handle,'
ELSE
N''
END
+ N'
qsrs.execution_type_desc,
qsq.object_name,
qsqt.query_sql_text,
query_plan =
CASE
WHEN TRY_CAST(qsp.query_plan AS xml) IS NOT NULL
THEN TRY_CAST(qsp.query_plan AS xml)
WHEN TRY_CAST(qsp.query_plan AS xml) IS NULL
THEN
(
SELECT
[processing-instruction(query_plan)] =
N''-- '' + NCHAR(13) + NCHAR(10) +
N''-- This is a huge query plan.'' + NCHAR(13) + NCHAR(10) +
N''-- Remove the headers and footers, save it as a .sqlplan file, and re-open it.'' + NCHAR(13) + NCHAR(10) +
NCHAR(13) + NCHAR(10) +
REPLACE(qsp.query_plan, N''<RelOp'', NCHAR(13) + NCHAR(10) + N''<RelOp'') +
NCHAR(13) + NCHAR(10) COLLATE Latin1_General_Bin2
FOR XML
PATH(N''''),
TYPE
)
END,
qsp.compatibility_level,'
+
CASE @sql_2022_views
WHEN 1
THEN
N'
has_query_feedback =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_plan_feedback AS qspf WHERE qspf.plan_id = qsp.plan_id) THEN ''Yes'' ELSE ''No'' END,
has_query_store_hints =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_hints AS qsqh WHERE qsqh.query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
has_plan_variants =
CASE WHEN EXISTS (SELECT 1/0 FROM #query_store_query_variant AS qsqv WHERE qsqv.query_variant_query_id = qsp.query_id) THEN ''Yes'' ELSE ''No'' END,
qsp.has_compile_replay_script,
qsp.is_optimized_plan_forcing_disabled,
qsp.plan_type_desc,'
ELSE
N''
END +
N'
qsp.force_failure_count,
qsp.last_force_failure_reason_desc,'
+
CONVERT
(
nvarchar(MAX),
CASE @new
WHEN 1
THEN
N'
qsp.plan_forcing_type_desc,
w.top_waits,'
ELSE
N''
END
)
+ N'
first_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.first_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.first_execution_time AT TIME ZONE @timezone
END,
first_execution_time_utc =
qsrs.first_execution_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsrs.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsrs.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsrs.last_execution_time,
count_executions = FORMAT(qsrs.count_executions, ''N0''),
executions_per_second = FORMAT(qsrs.executions_per_second, ''N0''),
avg_duration_ms = FORMAT(qsrs.avg_duration_ms, ''N0''),
total_duration_ms = FORMAT(qsrs.total_duration_ms, ''N0''),
max_duration_ms = FORMAT(qsrs.max_duration_ms, ''N0''),
avg_cpu_time_ms = FORMAT(qsrs.avg_cpu_time_ms, ''N0''),
total_cpu_time_ms = FORMAT(qsrs.total_cpu_time_ms, ''N0''),
max_cpu_time_ms = FORMAT(qsrs.max_cpu_time_ms, ''N0''),
avg_logical_io_reads_mb = FORMAT(qsrs.avg_logical_io_reads_mb, ''N0''),
total_logical_io_reads_mb = FORMAT(qsrs.total_logical_io_reads_mb, ''N0''),
max_logical_io_reads_mb = FORMAT(qsrs.max_logical_io_reads_mb, ''N0''),
avg_logical_io_writes_mb = FORMAT(qsrs.avg_logical_io_writes_mb, ''N0''),
total_logical_io_writes_mb = FORMAT(qsrs.total_logical_io_writes_mb, ''N0''),
max_logical_io_writes_mb = FORMAT(qsrs.max_logical_io_writes_mb, ''N0''),
avg_physical_io_reads_mb = FORMAT(qsrs.avg_physical_io_reads_mb, ''N0''),
total_physical_io_reads_mb = FORMAT(qsrs.total_physical_io_reads_mb, ''N0''),
max_physical_io_reads_mb = FORMAT(qsrs.max_physical_io_reads_mb, ''N0''),
avg_clr_time_ms = FORMAT(qsrs.avg_clr_time_ms, ''N0''),
total_clr_time_ms = FORMAT(qsrs.total_clr_time_ms, ''N0''),
max_clr_time_ms = FORMAT(qsrs.max_clr_time_ms, ''N0''),
min_dop = FORMAT(qsrs.min_dop, ''N0''),
max_dop = FORMAT(qsrs.max_dop, ''N0''),
avg_query_max_used_memory_mb = FORMAT(qsrs.avg_query_max_used_memory_mb, ''N0''),
total_query_max_used_memory_mb = FORMAT(qsrs.total_query_max_used_memory_mb, ''N0''),
max_query_max_used_memory_mb = FORMAT(qsrs.max_query_max_used_memory_mb, ''N0''),
avg_rowcount = FORMAT(qsrs.avg_rowcount, ''N0''),
total_rowcount = FORMAT(qsrs.total_rowcount, ''N0''),
max_rowcount = FORMAT(qsrs.max_rowcount, ''N0''),'
+
CASE @new
WHEN 1
THEN
N'
avg_num_physical_io_reads_mb = FORMAT(qsrs.avg_num_physical_io_reads_mb, ''N0''),
total_num_physical_io_reads_mb = FORMAT(qsrs.total_num_physical_io_reads_mb, ''N0''),
max_num_physical_io_reads_mb = FORMAT(qsrs.max_num_physical_io_reads_mb, ''N0''),
avg_log_bytes_used_mb = FORMAT(qsrs.avg_log_bytes_used_mb, ''N0''),
total_log_bytes_used_mb = FORMAT(qsrs.total_log_bytes_used_mb, ''N0''),
max_log_bytes_used_mb = FORMAT(qsrs.max_log_bytes_used_mb, ''N0''),
avg_tempdb_space_used_mb = FORMAT(qsrs.avg_tempdb_space_used_mb, ''N0''),
total_tempdb_space_used_mb = FORMAT(qsrs.total_tempdb_space_used_mb, ''N0''),
max_tempdb_space_used_mb = FORMAT(qsrs.max_tempdb_space_used_mb, ''N0''),'
ELSE
N''
END +
CONVERT
(
nvarchar(MAX),
N'
qsrs.context_settings,
n =
ROW_NUMBER() OVER
(
PARTITION BY
qsrs.plan_id
ORDER BY
'
+
CASE @sort_order
WHEN 'cpu' THEN N'qsrs.avg_cpu_time_ms'
WHEN 'logical reads' THEN N'qsrs.avg_logical_io_reads_mb'
WHEN 'physical reads' THEN N'qsrs.avg_physical_io_reads_mb'
WHEN 'writes' THEN N'qsrs.avg_logical_io_writes_mb'
WHEN 'duration' THEN N'qsrs.avg_duration_ms'
WHEN 'memory' THEN N'qsrs.avg_query_max_used_memory_mb'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'qsrs.avg_tempdb_space_used_mb' ELSE N'qsrs.avg_cpu_time' END
WHEN 'executions' THEN N'qsrs.count_executions'
WHEN 'recent' THEN N'qsrs.last_execution_time'
WHEN 'plan count by hashes' THEN N'hashes.plan_hash_count_for_query_hash DESC, hashes.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'waits.total_query_wait_time_ms' ELSE N'qsrs.avg_cpu_time' END
END + N' DESC
)'
/*
Bolt any special sorting columns on, because we need them to
be in scope for sorting.
Has the side-effect of making them visible in the final output,
because our SELECT is just x.*.
But, really, is having the columns visible in the output a bad thing?
I find it's helpful, but it does mean that we have to format them
when applicable.
*/
+ CASE WHEN @sort_order = 'plan count by hashes'
THEN N' , FORMAT(hashes.plan_hash_count_for_query_hash, ''N0'') AS plan_hash_count_for_query_hash, hashes.query_hash'
WHEN @sort_order_is_a_wait = 1
THEN N' , FORMAT(waits.total_query_wait_time_ms, ''N0'') AS total_wait_time_from_sort_order_ms'
ELSE N''
END
)
);
END; /*End expert mode = 0, format output = 1*/
/*
Add on the from and stuff
*/
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
FROM #query_store_runtime_stats AS qsrs'
)
IF @sort_order = 'plan count by hashes'
BEGIN
SELECT
@sql += N'
JOIN #plan_ids_with_query_hashes AS hashes
ON qsrs.plan_id = hashes.plan_id
AND qsrs.database_id = hashes.database_id'
END;
IF @sort_order_is_a_wait = 1
BEGIN
SELECT
@sql += N'
JOIN #plan_ids_with_total_waits AS waits
ON qsrs.plan_id = waits.plan_id
AND qsrs.database_id = waits.database_id'
END;
SELECT
@sql +=
CONVERT
(
NVARCHAR(MAX),
N'
CROSS APPLY
(
SELECT
x.*
FROM
(
SELECT
qsp.*,
pn =
ROW_NUMBER() OVER
(
PARTITION BY
qsp.query_plan_hash
ORDER BY
qsp.last_execution_time DESC
)
FROM #query_store_plan AS qsp
WHERE qsp.plan_id = qsrs.plan_id
AND qsp.database_id = qsrs.database_id
) AS x
WHERE x.pn = 1
) AS qsp
CROSS APPLY
(
SELECT TOP (1)
qsqt.*
FROM #query_store_query AS qsq
JOIN #query_store_query_text AS qsqt
ON qsqt.query_text_id = qsq.query_text_id
AND qsqt.database_id = qsq.database_id
WHERE qsq.query_id = qsp.query_id
AND qsq.database_id = qsp.database_id
ORDER BY
qsq.last_execution_time DESC
) AS qsqt
CROSS APPLY
(
SELECT TOP (1)
qsq.*
FROM #query_store_query AS qsq
WHERE qsq.query_id = qsp.query_id
AND qsq.database_id = qsp.database_id
ORDER
BY qsq.last_execution_time DESC
) AS qsq'
);
/*
Get wait stats if we can
*/
IF
(
@new = 1
AND @format_output = 0
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
CROSS APPLY
(
SELECT TOP (1)
top_waits =
STUFF
(
(
SELECT TOP (5)
'', '' +
qsws.wait_category_desc +
'' ('' +
CONVERT
(
varchar(20),
SUM
(
CONVERT
(
bigint,
qsws.avg_query_wait_time_ms
)
)
) +
'' ms)''
FROM #query_store_wait_stats AS qsws
WHERE qsws.plan_id = qsrs.plan_id
AND qsws.database_id = qsrs.database_id
GROUP BY
qsws.wait_category_desc
ORDER BY
SUM(qsws.avg_query_wait_time_ms) DESC
FOR XML
PATH(''''),
TYPE
).value(''./text()[1]'', ''varchar(max)''),
1,
2,
''''
)
) AS w'
);
END; /*End format output = 0 wait stats query*/
IF
(
@new = 1
AND @format_output = 1
)
BEGIN
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
CROSS APPLY
(
SELECT TOP (1)
top_waits =
STUFF
(
(
SELECT TOP (5)
'', '' +
qsws.wait_category_desc +
'' ('' +
FORMAT
(
SUM
(
CONVERT
(
bigint,
qsws.avg_query_wait_time_ms
)
), ''N0''
) +
'' ms)''
FROM #query_store_wait_stats AS qsws
WHERE qsws.plan_id = qsrs.plan_id
AND qsws.database_id = qsrs.database_id
GROUP BY
qsws.wait_category_desc
ORDER BY
SUM(qsws.avg_query_wait_time_ms) DESC
FOR XML
PATH(''''),
TYPE
).value(''./text()[1]'', ''varchar(max)''),
1,
2,
''''
)
) AS w'
);
END; /*End format output = 1 wait stats query*/
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
) AS x
WHERE x.n = 1
ORDER BY ' +
CASE @format_output
WHEN 0
THEN
CASE @sort_order
WHEN 'cpu' THEN N'x.avg_cpu_time_ms'
WHEN 'logical reads' THEN N'x.avg_logical_io_reads_mb'
WHEN 'physical reads' THEN N'x.avg_physical_io_reads_mb'
WHEN 'writes' THEN N'x.avg_logical_io_writes_mb'
WHEN 'duration' THEN N'x.avg_duration_ms'
WHEN 'memory' THEN N'x.avg_query_max_used_memory_mb'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'x.avg_tempdb_space_used_mb' ELSE N'x.avg_cpu_time' END
WHEN 'executions' THEN N'x.count_executions'
WHEN 'recent' THEN N'x.last_execution_time'
WHEN 'plan count by hashes' THEN N'x.plan_hash_count_for_query_hash DESC, x.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'x.total_wait_time_from_sort_order_ms' ELSE N'x.avg_cpu_time' END
END
/*
The ORDER BY is on the same level as the topmost SELECT, which is just SELECT x.*.
This means that to sort formatted output, we have to un-format it.
*/
WHEN 1
THEN
CASE @sort_order
WHEN 'cpu' THEN N'TRY_PARSE(x.avg_cpu_time_ms AS money)'
WHEN 'logical reads' THEN N'TRY_PARSE(x.avg_logical_io_reads_mb AS money)'
WHEN 'physical reads' THEN N'TRY_PARSE(x.avg_physical_io_reads_mb AS money)'
WHEN 'writes' THEN N'TRY_PARSE(x.avg_logical_io_writes_mb AS money)'
WHEN 'duration' THEN N'TRY_PARSE(x.avg_duration_ms AS money)'
WHEN 'memory' THEN N'TRY_PARSE(x.avg_query_max_used_memory_mb AS money)'
WHEN 'tempdb' THEN CASE WHEN @new = 1 THEN N'TRY_PARSE(x.avg_tempdb_space_used_mb AS money)' ELSE N'TRY_PARSE(x.avg_cpu_time AS money)' END
WHEN 'executions' THEN N'TRY_PARSE(x.count_executions AS money)'
WHEN 'recent' THEN N'x.last_execution_time'
WHEN 'plan count by hashes' THEN N'TRY_PARSE(x.plan_hash_count_for_query_hash AS money) DESC, x.query_hash'
ELSE CASE WHEN @sort_order_is_a_wait = 1 THEN N'TRY_PARSE(x.total_wait_time_from_sort_order_ms AS money)' ELSE N'TRY_PARSE(x.avg_cpu_time AS money)' END
END
END
+ N' DESC
OPTION(RECOMPILE);'
+ @nc10
);
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT SUBSTRING(@sql, 0, 4000);
PRINT SUBSTRING(@sql, 4000, 8000);
PRINT SUBSTRING(@sql, 8000, 16000);
END;
EXEC sys.sp_executesql
@sql,
N'@utc_offset_string nvarchar(6),
@timezone sysname',
@utc_offset_string,
@timezone;
END; /*End runtime stats main query*/
ELSE
BEGIN
SELECT
result =
'#query_store_runtime_stats is empty';
END;
/*
Return special things, unformatted
*/
IF
(
(
@expert_mode = 1
OR
(
@only_queries_with_hints = 1
OR @only_queries_with_feedback = 1
OR @only_queries_with_variants = 1
)
)
AND @format_output = 0
)
BEGIN
IF @sql_2022_views = 1
BEGIN
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_plan_feedback AS qspf
)
BEGIN
SELECT
@current_table = 'selecting plan feedback';
SELECT
database_name =
DB_NAME(qspf.database_id),
qspf.plan_feedback_id,
qspf.plan_id,
qspf.feature_desc,
qspf.feedback_data,
qspf.state_desc,
create_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qspf.create_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qspf.create_time AT TIME ZONE @timezone
END,
create_time_utc =
qspf.create_time,
last_updated_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qspf.last_updated_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qspf.last_updated_time AT TIME ZONE @timezone
END,
last_updated_time_utc =
qspf.last_updated_time
FROM #query_store_plan_feedback AS qspf
ORDER BY
qspf.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_plan_feedback is empty';
END;
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_hints AS qsqh
)
BEGIN
SELECT
@current_table = 'selecting query hints';
SELECT
database_name =
DB_NAME(qsqh.database_id),
qsqh.query_hint_id,
qsqh.query_id,
qsqh.query_hint_text,
qsqh.last_query_hint_failure_reason_desc,
qsqh.query_hint_failure_count,
qsqh.source_desc
FROM #query_store_query_hints AS qsqh
ORDER BY
qsqh.query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_query_hints is empty';
END;
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_variant AS qsqv
)
BEGIN
SELECT
@current_table = 'selecting query variants';
SELECT
database_name =
DB_NAME(qsqv.database_id),
qsqv.query_variant_query_id,
qsqv.parent_query_id,
qsqv.dispatcher_plan_id
FROM #query_store_query_variant AS qsqv
ORDER BY
qsqv.parent_query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_query_variant is empty';
END;
END;
END;
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_query AS qsq
)
BEGIN
SELECT
@current_table = 'selecting compilation stats';
SELECT
x.*
FROM
(
SELECT
source =
'compilation_stats',
database_name =
DB_NAME(qsq.database_id),
qsq.query_id,
qsq.object_name,
qsq.query_text_id,
qsq.query_parameterization_type_desc,
initial_compile_start_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.initial_compile_start_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.initial_compile_start_time AT TIME ZONE @timezone
END,
initial_compile_start_time_utc =
qsq.initial_compile_start_time,
last_compile_start_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.last_compile_start_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.last_compile_start_time AT TIME ZONE @timezone
END,
last_compile_start_time_utc =
qsq.last_compile_start_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsq.last_execution_time,
qsq.count_compiles,
qsq.avg_compile_duration_ms,
qsq.total_compile_duration_ms,
qsq.last_compile_duration_ms,
qsq.avg_bind_duration_ms,
qsq.total_bind_duration_ms,
qsq.last_bind_duration_ms,
qsq.avg_bind_cpu_time_ms,
qsq.total_bind_cpu_time_ms,
qsq.last_bind_cpu_time_ms,
qsq.avg_optimize_duration_ms,
qsq.total_optimize_duration_ms,
qsq.last_optimize_duration_ms,
qsq.avg_optimize_cpu_time_ms,
qsq.total_optimize_cpu_time_ms,
qsq.last_optimize_cpu_time_ms,
qsq.avg_compile_memory_mb,
qsq.total_compile_memory_mb,
qsq.last_compile_memory_mb,
qsq.max_compile_memory_mb,
qsq.query_hash,
qsq.batch_sql_handle,
qsqt.statement_sql_handle,
qsq.last_compile_batch_sql_handle,
qsq.last_compile_batch_offset_start,
qsq.last_compile_batch_offset_end,
ROW_NUMBER() OVER
(
PARTITION BY
qsq.query_id,
qsq.query_text_id
ORDER BY
qsq.query_id
) AS n
FROM #query_store_query AS qsq
CROSS APPLY
(
SELECT TOP (1)
qsqt.*
FROM #query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND qsqt.database_id = qsq.database_id
) AS qsqt
) AS x
WHERE x.n = 1
ORDER BY
x.query_id
OPTION(RECOMPILE);
END; /*End compilation stats query*/
ELSE
BEGIN
SELECT
result =
'#query_store_query is empty';
END;
END;
IF @expert_mode = 1
BEGIN
IF @rc > 0
BEGIN
SELECT
@current_table = 'selecting resource stats';
SELECT
source =
'resource_stats',
database_name =
DB_NAME(qsq.database_id),
qsq.query_id,
qsq.object_name,
qsqt.total_grant_mb,
qsqt.last_grant_mb,
qsqt.min_grant_mb,
qsqt.max_grant_mb,
qsqt.total_used_grant_mb,
qsqt.last_used_grant_mb,
qsqt.min_used_grant_mb,
qsqt.max_used_grant_mb,
qsqt.total_ideal_grant_mb,
qsqt.last_ideal_grant_mb,
qsqt.min_ideal_grant_mb,
qsqt.max_ideal_grant_mb,
qsqt.total_reserved_threads,
qsqt.last_reserved_threads,
qsqt.min_reserved_threads,
qsqt.max_reserved_threads,
qsqt.total_used_threads,
qsqt.last_used_threads,
qsqt.min_used_threads,
qsqt.max_used_threads
FROM #query_store_query AS qsq
JOIN #query_store_query_text AS qsqt
ON qsq.query_text_id = qsqt.query_text_id
AND qsq.database_id = qsqt.database_id
WHERE
(
qsqt.total_grant_mb IS NOT NULL
OR qsqt.total_reserved_threads IS NOT NULL
)
ORDER BY
qsq.query_id
OPTION(RECOMPILE);
END; /*End resource stats query*/
ELSE
BEGIN
SELECT
result =
'#dm_exec_query_stats is empty';
END;
END;
IF @new = 1
BEGIN
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_wait_stats AS qsws
)
BEGIN
SELECT
@current_table = 'selecting wait stats by query';
SELECT DISTINCT
source =
'query_store_wait_stats_by_query',
database_name =
DB_NAME(qsws.database_id),
qsws.plan_id,
x.object_name,
qsws.wait_category_desc,
qsws.total_query_wait_time_ms,
total_query_duration_ms =
x.total_duration_ms,
qsws.avg_query_wait_time_ms,
avg_query_duration_ms =
x.avg_duration_ms,
qsws.last_query_wait_time_ms,
last_query_duration_ms =
x.last_duration_ms,
qsws.min_query_wait_time_ms,
min_query_duration_ms =
x.min_duration_ms,
qsws.max_query_wait_time_ms,
max_query_duration_ms =
x.max_duration_ms
FROM #query_store_wait_stats AS qsws
CROSS APPLY
(
SELECT
qsrs.avg_duration_ms,
qsrs.last_duration_ms,
qsrs.min_duration_ms,
qsrs.max_duration_ms,
qsrs.total_duration_ms,
qsq.object_name
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
WHERE qsws.plan_id = qsrs.plan_id
AND qsws.database_id = qsrs.database_id
) AS x
ORDER BY
qsws.plan_id,
qsws.total_query_wait_time_ms DESC
OPTION(RECOMPILE);
SELECT
@current_table = 'selecting wait stats in total';
SELECT
source =
'query_store_wait_stats_total',
database_name =
DB_NAME(qsws.database_id),
qsws.wait_category_desc,
total_query_wait_time_ms =
SUM(qsws.total_query_wait_time_ms),
total_query_duration_ms =
SUM(x.total_duration_ms),
avg_query_wait_time_ms =
SUM(qsws.avg_query_wait_time_ms),
avg_query_duration_ms =
SUM(x.avg_duration_ms),
last_query_wait_time_ms =
SUM(qsws.last_query_wait_time_ms),
last_query_duration_ms =
SUM(x.last_duration_ms),
min_query_wait_time_ms =
SUM(qsws.min_query_wait_time_ms),
min_query_duration_ms =
SUM(x.min_duration_ms),
max_query_wait_time_ms =
SUM(qsws.max_query_wait_time_ms),
max_query_duration_ms =
SUM(x.max_duration_ms)
FROM #query_store_wait_stats AS qsws
CROSS APPLY
(
SELECT
qsrs.avg_duration_ms,
qsrs.last_duration_ms,
qsrs.min_duration_ms,
qsrs.max_duration_ms,
qsrs.total_duration_ms,
qsq.object_name
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
WHERE qsws.plan_id = qsrs.plan_id
) AS x
GROUP BY
qsws.wait_category_desc,
qsws.database_id
ORDER BY
SUM(qsws.total_query_wait_time_ms) DESC
OPTION(RECOMPILE);
END; /*End unformatted wait stats*/
ELSE
BEGIN
SELECT
result =
'#query_store_wait_stats is empty' +
CASE
WHEN
(
@product_version = 13
AND @azure = 0
)
THEN ' because it''s not available < 2017'
WHEN EXISTS
(
SELECT
1/0
FROM #database_query_store_options AS dqso
WHERE dqso.wait_stats_capture_mode_desc <> 'ON'
)
THEN ' because you have it disabled in your Query Store options'
ELSE ' for the queries in the results'
END;
END;
END;
END; /*End wait stats queries*/
IF
(
@sql_2022_views = 1
AND @ags_present = 1
)
BEGIN
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_replicas AS qsr
JOIN #query_store_plan_forcing_locations AS qspfl
ON qsr.replica_group_id = qspfl.replica_group_id
AND qsr.database_id = qspfl.database_id
)
BEGIN
SELECT
@current_table = 'selecting #query_store_replicas and #query_store_plan_forcing_locations';
SELECT
database_name =
DB_NAME(qsr.database_id),
qsr.replica_group_id,
qsr.role_type,
qsr.replica_name,
qspfl.plan_forcing_location_id,
qspfl.query_id,
qspfl.plan_id,
qspfl.replica_group_id
FROM #query_store_replicas AS qsr
JOIN #query_store_plan_forcing_locations AS qspfl
ON qsr.replica_group_id = qspfl.replica_group_id
ORDER BY
qsr.replica_group_id;
END;
ELSE
BEGIN
SELECT
result = 'Availability Group information is empty';
END;
END;
END;
IF @expert_mode = 1
BEGIN
SELECT
@current_table = 'selecting query store options',
@sql = N'';
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''query_store_options'',
database_name =
DB_NAME(dqso.database_id),
dqso.desired_state_desc,
dqso.actual_state_desc,
dqso.readonly_reason,
dqso.current_storage_size_mb,
dqso.flush_interval_seconds,
dqso.interval_length_minutes,
dqso.max_storage_size_mb,
dqso.stale_query_threshold_days,
dqso.max_plans_per_query,
dqso.query_capture_mode_desc,'
+
CASE
WHEN
(
@azure = 1
OR @product_version > 13
)
THEN N'
dqso.wait_stats_capture_mode_desc,'
ELSE N''
END
+
CASE
WHEN
(
@azure = 1
OR @product_version > 14
)
THEN N'
dqso.capture_policy_execution_count,
dqso.capture_policy_total_compile_cpu_time_ms,
dqso.capture_policy_total_execution_cpu_time_ms,
dqso.capture_policy_stale_threshold_hours,'
ELSE N''
END
);
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
dqso.size_based_cleanup_mode_desc
FROM #database_query_store_options AS dqso
OPTION(RECOMPILE);'
);
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql;
END;
END; /*End expert mode format output = 0*/
/*
Return special things, formatted
*/
IF
(
(
@expert_mode = 1
OR
(
@only_queries_with_hints = 1
OR @only_queries_with_feedback = 1
OR @only_queries_with_variants = 1
)
)
AND @format_output = 1
)
BEGIN
IF @sql_2022_views = 1
BEGIN
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_plan_feedback AS qspf
)
BEGIN
SELECT
@current_table = 'selecting plan feedback';
SELECT
database_name =
DB_NAME(qspf.database_id),
qspf.plan_feedback_id,
qspf.plan_id,
qspf.feature_desc,
qspf.feedback_data,
qspf.state_desc,
create_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qspf.create_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qspf.create_time AT TIME ZONE @timezone
END,
create_time_utc =
qspf.create_time,
last_updated_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qspf.last_updated_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qspf.last_updated_time AT TIME ZONE @timezone
END,
last_updated_time_utc =
qspf.last_updated_time
FROM #query_store_plan_feedback AS qspf
ORDER BY
qspf.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_plan_feedback is empty';
END;
END
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_hints AS qsqh
)
BEGIN
SELECT
@current_table = 'selecting query hints';
SELECT
database_name =
DB_NAME(qsqh.database_id),
qsqh.query_hint_id,
qsqh.query_id,
qsqh.query_hint_text,
qsqh.last_query_hint_failure_reason_desc,
qsqh.query_hint_failure_count,
qsqh.source_desc
FROM #query_store_query_hints AS qsqh
ORDER BY
qsqh.query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_query_hints is empty';
END;
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_variant AS qsqv
)
BEGIN
SELECT
@current_table = 'selecting query variants';
SELECT
database_name =
DB_NAME(qsqv.database_id),
qsqv.query_variant_query_id,
qsqv.parent_query_id,
qsqv.dispatcher_plan_id
FROM #query_store_query_variant AS qsqv
ORDER BY
qsqv.parent_query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = '#query_store_query_variant is empty';
END;
END;
END;
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_query AS qsq
)
BEGIN
SELECT
@current_table = 'selecting compilation stats';
SELECT
x.*
FROM
(
SELECT
source =
'compilation_stats',
database_name =
DB_NAME(qsq.database_id),
qsq.query_id,
qsq.object_name,
qsq.query_text_id,
qsq.query_parameterization_type_desc,
initial_compile_start_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.initial_compile_start_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.initial_compile_start_time AT TIME ZONE @timezone
END,
initial_compile_start_time_utc =
qsq.initial_compile_start_time,
last_compile_start_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.last_compile_start_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.last_compile_start_time AT TIME ZONE @timezone
END,
last_compile_start_time_utc =
qsq.last_compile_start_time,
last_execution_time =
CASE
WHEN @timezone IS NULL
THEN
SWITCHOFFSET
(
qsq.last_execution_time,
@utc_offset_string
)
WHEN @timezone IS NOT NULL
THEN qsq.last_execution_time AT TIME ZONE @timezone
END,
last_execution_time_utc =
qsq.last_execution_time,
count_compiles =
FORMAT(qsq.count_compiles, 'N0'),
avg_compile_duration_ms =
FORMAT(qsq.avg_compile_duration_ms, 'N0'),
total_compile_duration_ms =
FORMAT(qsq.total_compile_duration_ms, 'N0'),
last_compile_duration_ms =
FORMAT(qsq.last_compile_duration_ms, 'N0'),
avg_bind_duration_ms =
FORMAT(qsq.avg_bind_duration_ms, 'N0'),
total_bind_duration_ms =
FORMAT(qsq.total_bind_duration_ms, 'N0'),
last_bind_duration_ms =
FORMAT(qsq.last_bind_duration_ms, 'N0'),
avg_bind_cpu_time_ms =
FORMAT(qsq.avg_bind_cpu_time_ms, 'N0'),
total_bind_cpu_time_ms =
FORMAT(qsq.total_bind_cpu_time_ms, 'N0'),
last_bind_cpu_time_ms =
FORMAT(qsq.last_bind_cpu_time_ms, 'N0'),
avg_optimize_duration_ms =
FORMAT(qsq.avg_optimize_duration_ms, 'N0'),
total_optimize_duration_ms =
FORMAT(qsq.total_optimize_duration_ms, 'N0'),
last_optimize_duration_ms =
FORMAT(qsq.last_optimize_duration_ms, 'N0'),
avg_optimize_cpu_time_ms =
FORMAT(qsq.avg_optimize_cpu_time_ms, 'N0'),
total_optimize_cpu_time_ms =
FORMAT(qsq.total_optimize_cpu_time_ms, 'N0'),
last_optimize_cpu_time_ms =
FORMAT(qsq.last_optimize_cpu_time_ms, 'N0'),
avg_compile_memory_mb =
FORMAT(qsq.avg_compile_memory_mb, 'N0'),
total_compile_memory_mb =
FORMAT(qsq.total_compile_memory_mb, 'N0'),
last_compile_memory_mb =
FORMAT(qsq.last_compile_memory_mb, 'N0'),
max_compile_memory_mb =
FORMAT(qsq.max_compile_memory_mb, 'N0'),
qsq.query_hash,
qsq.batch_sql_handle,
qsqt.statement_sql_handle,
qsq.last_compile_batch_sql_handle,
qsq.last_compile_batch_offset_start,
qsq.last_compile_batch_offset_end,
ROW_NUMBER() OVER
(
PARTITION BY
qsq.query_id,
qsq.query_text_id
ORDER BY
qsq.query_id
) AS n
FROM #query_store_query AS qsq
CROSS APPLY
(
SELECT TOP (1)
qsqt.*
FROM #query_store_query_text AS qsqt
WHERE qsqt.query_text_id = qsq.query_text_id
AND qsqt.database_id = qsq.database_id
) AS qsqt
) AS x
WHERE x.n = 1
ORDER BY
x.query_id
OPTION(RECOMPILE);
END; /*End query store query, format output = 1*/
ELSE
BEGIN
SELECT
result =
'#query_store_query is empty';
END;
END;
IF @expert_mode = 1
BEGIN
IF @rc > 0
BEGIN
SELECT
@current_table = 'selecting resource stats';
SELECT
source =
'resource_stats',
database_name =
DB_NAME(qsq.database_id),
qsq.query_id,
qsq.object_name,
total_grant_mb =
FORMAT(qsqt.total_grant_mb, 'N0'),
last_grant_mb =
FORMAT(qsqt.last_grant_mb, 'N0'),
min_grant_mb =
FORMAT(qsqt.min_grant_mb, 'N0'),
max_grant_mb =
FORMAT(qsqt.max_grant_mb, 'N0'),
total_used_grant_mb =
FORMAT(qsqt.total_used_grant_mb, 'N0'),
last_used_grant_mb =
FORMAT(qsqt.last_used_grant_mb, 'N0'),
min_used_grant_mb =
FORMAT(qsqt.min_used_grant_mb, 'N0'),
max_used_grant_mb =
FORMAT(qsqt.max_used_grant_mb, 'N0'),
total_ideal_grant_mb =
FORMAT(qsqt.total_ideal_grant_mb, 'N0'),
last_ideal_grant_mb =
FORMAT(qsqt.last_ideal_grant_mb, 'N0'),
min_ideal_grant_mb =
FORMAT(qsqt.min_ideal_grant_mb, 'N0'),
max_ideal_grant_mb =
FORMAT(qsqt.max_ideal_grant_mb, 'N0'),
qsqt.total_reserved_threads,
qsqt.last_reserved_threads,
qsqt.min_reserved_threads,
qsqt.max_reserved_threads,
qsqt.total_used_threads,
qsqt.last_used_threads,
qsqt.min_used_threads,
qsqt.max_used_threads
FROM #query_store_query AS qsq
JOIN #query_store_query_text AS qsqt
ON qsq.query_text_id = qsqt.query_text_id
AND qsq.database_id = qsqt.database_id
WHERE
(
qsqt.total_grant_mb IS NOT NULL
OR qsqt.total_reserved_threads IS NOT NULL
)
ORDER BY
qsq.query_id
OPTION(RECOMPILE);
END; /*End resource stats, format output = 1*/
ELSE
BEGIN
SELECT
result =
'#dm_exec_query_stats is empty';
END;
END;
IF @new = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_wait_stats AS qsws
)
AND @expert_mode = 1
BEGIN
SELECT
@current_table = 'selecting wait stats by query';
SELECT
source =
'query_store_wait_stats_by_query',
database_name =
DB_NAME(qsws.database_id),
qsws.plan_id,
x.object_name,
qsws.wait_category_desc,
total_query_wait_time_ms =
FORMAT(qsws.total_query_wait_time_ms, 'N0'),
total_query_duration_ms =
FORMAT(x.total_duration_ms, 'N0'),
avg_query_wait_time_ms =
FORMAT(qsws.avg_query_wait_time_ms, 'N0'),
avg_query_duration_ms =
FORMAT(x.avg_duration_ms, 'N0'),
last_query_wait_time_ms =
FORMAT(qsws.last_query_wait_time_ms, 'N0'),
last_query_duration_ms =
FORMAT(x.last_duration_ms, 'N0'),
min_query_wait_time_ms =
FORMAT(qsws.min_query_wait_time_ms, 'N0'),
min_query_duration_ms =
FORMAT(x.min_duration_ms, 'N0'),
max_query_wait_time_ms =
FORMAT(qsws.max_query_wait_time_ms, 'N0'),
max_query_duration_ms =
FORMAT(x.max_duration_ms, 'N0')
FROM #query_store_wait_stats AS qsws
CROSS APPLY
(
SELECT DISTINCT
qsrs.avg_duration_ms,
qsrs.last_duration_ms,
qsrs.min_duration_ms,
qsrs.max_duration_ms,
qsrs.total_duration_ms,
qsq.object_name
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
WHERE qsws.plan_id = qsrs.plan_id
AND qsws.database_id = qsrs.database_id
) AS x
ORDER BY
qsws.plan_id,
qsws.total_query_wait_time_ms DESC
OPTION(RECOMPILE);
SELECT
@current_table = 'selecting wait stats in total';
SELECT
source =
'query_store_wait_stats_total',
database_name =
DB_NAME(qsws.database_id),
qsws.wait_category_desc,
total_query_wait_time_ms =
FORMAT(SUM(qsws.total_query_wait_time_ms), 'N0'),
total_query_duration_ms =
FORMAT(SUM(x.total_duration_ms), 'N0'),
avg_query_wait_time_ms =
FORMAT(SUM(qsws.avg_query_wait_time_ms), 'N0'),
avg_query_duration_ms =
FORMAT(SUM(x.avg_duration_ms), 'N0'),
last_query_wait_time_ms =
FORMAT(SUM(qsws.last_query_wait_time_ms), 'N0'),
last_query_duration_ms =
FORMAT(SUM(x.last_duration_ms), 'N0'),
min_query_wait_time_ms =
FORMAT(SUM(qsws.min_query_wait_time_ms), 'N0'),
min_query_duration_ms =
FORMAT(SUM(x.min_duration_ms), 'N0'),
max_query_wait_time_ms =
FORMAT(SUM(qsws.max_query_wait_time_ms), 'N0'),
max_query_duration_ms =
FORMAT(SUM(x.max_duration_ms), 'N0')
FROM #query_store_wait_stats AS qsws
CROSS APPLY
(
SELECT
qsrs.avg_duration_ms,
qsrs.last_duration_ms,
qsrs.min_duration_ms,
qsrs.max_duration_ms,
qsrs.total_duration_ms,
qsq.object_name
FROM #query_store_runtime_stats AS qsrs
JOIN #query_store_plan AS qsp
ON qsrs.plan_id = qsp.plan_id
AND qsrs.database_id = qsp.database_id
JOIN #query_store_query AS qsq
ON qsp.query_id = qsq.query_id
AND qsp.database_id = qsq.database_id
WHERE qsws.plan_id = qsrs.plan_id
AND qsws.database_id = qsrs.database_id
) AS x
GROUP BY
qsws.wait_category_desc,
qsws.database_id
ORDER BY
SUM(qsws.total_query_wait_time_ms) DESC
OPTION(RECOMPILE);
END;
END; /*End wait stats, format output = 1*/
ELSE
BEGIN
SELECT
result =
'#query_store_wait_stats is empty' +
CASE
WHEN (
@product_version = 13
AND @azure = 0
)
THEN ' because it''s not available < 2017'
WHEN EXISTS
(
SELECT
1/0
FROM #database_query_store_options AS dqso
WHERE dqso.wait_stats_capture_mode_desc <> 'ON'
)
THEN ' because you have it disabled in your Query Store options'
ELSE ' for the queries in the results'
END;
END;
IF
(
@sql_2022_views = 1
AND @ags_present = 1
)
BEGIN
IF @expert_mode = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_replicas AS qsr
JOIN #query_store_plan_forcing_locations AS qspfl
ON qsr.replica_group_id = qspfl.replica_group_id
AND qsr.replica_group_id = qspfl.database_id
)
BEGIN
SELECT
@current_table = '#query_store_replicas and #query_store_plan_forcing_locations';
SELECT
database_name =
DB_NAME(qsr.database_id),
qsr.replica_group_id,
qsr.role_type,
qsr.replica_name,
qspfl.plan_forcing_location_id,
qspfl.query_id,
qspfl.plan_id,
qspfl.replica_group_id
FROM #query_store_replicas AS qsr
JOIN #query_store_plan_forcing_locations AS qspfl
ON qsr.replica_group_id = qspfl.replica_group_id
AND qsr.database_id = qspfl.database_id
ORDER BY
qsr.replica_group_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result = 'Availability Group information is empty';
END;
END;
END;
IF @expert_mode = 1
BEGIN
SELECT
@current_table = 'selecting query store options',
@sql = N'';
SELECT
@sql +=
CONVERT
(
nvarchar(MAX),
N'
SELECT
source =
''query_store_options'',
database_name =
DB_NAME(dqso.database_id),
dqso.desired_state_desc,
dqso.actual_state_desc,
dqso.readonly_reason,
current_storage_size_mb =
FORMAT(dqso.current_storage_size_mb, ''N0''),
flush_interval_seconds =
FORMAT(dqso.flush_interval_seconds, ''N0''),
interval_length_minutes =
FORMAT(dqso.interval_length_minutes, ''N0''),
max_storage_size_mb =
FORMAT(dqso.max_storage_size_mb, ''N0''),
dqso.stale_query_threshold_days,
max_plans_per_query =
FORMAT(dqso.max_plans_per_query, ''N0''),
dqso.query_capture_mode_desc,'
+
CASE
WHEN
(
@azure = 1
OR @product_version > 13
)
THEN N'
dqso.wait_stats_capture_mode_desc,'
ELSE N''
END
+
CASE
WHEN
(
@azure = 1
OR @product_version > 14
)
THEN N'
capture_policy_execution_count =
FORMAT(dqso.capture_policy_execution_count, ''N0''),
capture_policy_total_compile_cpu_time_ms =
FORMAT(dqso.capture_policy_total_compile_cpu_time_ms, ''N0''),
capture_policy_total_execution_cpu_time_ms =
FORMAT(dqso.capture_policy_total_execution_cpu_time_ms, ''N0''),
capture_policy_stale_threshold_hours =
FORMAT(dqso.capture_policy_stale_threshold_hours, ''N0''),'
ELSE N''
END
);
SELECT
@sql += N'
dqso.size_based_cleanup_mode_desc
FROM #database_query_store_options AS dqso
OPTION(RECOMPILE);';
IF @debug = 1
BEGIN
PRINT LEN(@sql);
PRINT @sql;
END;
EXEC sys.sp_executesql
@sql;
END;
END; /*End expert mode = 1, format output = 1*/
IF @query_store_trouble = 1
BEGIN
SELECT
query_store_trouble =
'Query Store may be in a disagreeable state',
database_name =
DB_NAME(qst.database_id),
qst.desired_state_desc,
qst.actual_state_desc,
qst.readonly_reason,
qst.current_storage_size_mb,
qst.flush_interval_seconds,
qst.interval_length_minutes,
qst.max_storage_size_mb,
qst.stale_query_threshold_days,
qst.max_plans_per_query,
qst.query_capture_mode_desc,
qst.size_based_cleanup_mode_desc
FROM #query_store_trouble AS qst
OPTION(RECOMPILE);
END;
/*
Return help table, unless told not to
*/
IF
(
@hide_help_table <> 1
)
BEGIN
SELECT
x.all_done,
x.period,
x.support,
x.help,
x.problems,
x.performance,
x.version_and_date,
x.thanks
FROM
(
SELECT
sort =
1,
period =
N'query store data for period ' +
CONVERT
(
nvarchar(19),
ISNULL
(
@start_date_original,
DATEADD
(
DAY,
-7,
DATEDIFF
(
DAY,
'19000101',
SYSDATETIME()
)
)
),
21
) +
N' through ' +
CONVERT
(
nvarchar(19),
ISNULL
(
@end_date_original,
SYSDATETIME()
),
21
),
all_done =
'brought to you by darling data!',
support =
'for support, head over to github',
help =
'for local help, use @help = 1',
problems =
'to debug issues, use @debug = 1;',
performance =
'if this runs slowly, use to get query plans',
version_and_date =
N'version: ' + CONVERT(nvarchar(10), @version),
thanks =
'thanks for using sp_QuickieStore!'
UNION ALL
SELECT
sort =
2,
period =
N'query store data for period ' +
CONVERT
(
nvarchar(19),
ISNULL
(
@start_date_original,
DATEADD
(
DAY,
-7,
DATEDIFF
(
DAY,
'19000101',
SYSDATETIME()
)
)
),
21
) +
N' through ' +
CONVERT
(
nvarchar(19),
ISNULL
(
@end_date_original,
SYSDATETIME()
),
21
),
all_done =
'https://www.erikdarling.com/',
support =
'https://github.com/erikdarlingdata/DarlingData',
help =
'EXEC sp_QuickieStore @help = 1;',
problems =
'EXEC sp_QuickieStore @debug = 1;',
performance =
'EXEC sp_QuickieStore @troubleshoot_performance = 1;',
version_and_date =
N'version date: ' + CONVERT(nvarchar(10), @version_date, 23),
thanks =
'i hope you find it useful, or whatever'
) AS x
ORDER BY
x.sort;
END; /*End hide_help_table <> 1 */
END TRY
/*Error handling!*/
BEGIN CATCH
/*
Where the error happened and the message
*/
IF @current_table IS NOT NULL
BEGIN
RAISERROR('error while %s with @expert mode = %i and format_output = %i', 11, 1, @current_table, @em, @fo) WITH NOWAIT;
END;
/*
Query that caused the error
*/
IF @sql IS NOT NULL
BEGIN
RAISERROR('offending query:', 10, 1) WITH NOWAIT;
RAISERROR('%s', 10, 1, @sql) WITH NOWAIT;
END;
/*
This reliably throws the actual error from dynamic SQL
*/
THROW;
END CATCH;
/*
Debug elements!
*/
DEBUG:
IF @debug = 1
BEGIN
SELECT
parameter_type =
'procedure_parameters',
database_name =
@database_name,
sort_order =
@sort_order,
sort_order_is_a_wait =
@sort_order_is_a_wait,
[top] =
@top,
start_date =
@start_date,
end_date =
@end_date,
timezone =
@timezone,
execution_count =
@execution_count,
duration_ms =
@duration_ms,
execution_type_desc =
@execution_type_desc,
procedure_schema =
@procedure_schema,
procedure_name =
@procedure_name,
include_plan_ids =
@include_plan_ids,
include_query_ids =
@include_query_ids,
include_query_hashes =
@include_query_hashes,
include_plan_hashes =
@include_plan_hashes,
include_sql_handles =
@include_sql_handles,
ignore_plan_ids =
@ignore_plan_ids,
ignore_query_ids =
@ignore_query_ids,
ignore_query_hashes =
@ignore_query_hashes,
ignore_plan_hashes =
@ignore_plan_hashes,
ignore_sql_handles =
@ignore_sql_handles,
query_text_search =
@query_text_search,
query_text_search_not =
@query_text_search_not,
escape_brackets =
@escape_brackets,
escape_character =
@escape_character,
only_query_with_hints =
@only_queries_with_hints,
only_query_with_feedback =
@only_queries_with_feedback,
only_query_with_hints =
@only_queries_with_variants,
only_queries_with_forced_plans =
@only_queries_with_forced_plans,
only_queries_with_forced_plan_failures =
@only_queries_with_forced_plan_failures,
wait_filter =
@wait_filter,
query_type =
@query_type,
expert_mode =
@expert_mode,
hide_help_table =
@hide_help_table,
format_output =
@format_output,
get_all_databases =
@get_all_databases,
workdays =
@workdays,
work_start =
@work_start,
work_end =
@work_end,
help =
@help,
debug =
@debug,
troubleshoot_performance =
@troubleshoot_performance,
version =
@version,
version_date =
@version_date;
SELECT
parameter_type =
'declared_variables',
azure =
@azure,
engine =
@engine,
product_version =
@product_version,
database_id =
@database_id,
database_name_quoted =
@database_name_quoted,
procedure_name_quoted =
@procedure_name_quoted,
collation =
@collation,
new =
@new,
sql =
@sql,
len_sql =
LEN(@sql),
isolation_level =
@isolation_level,
parameters =
@parameters,
plans_top =
@plans_top,
queries_top =
@queries_top,
nc10 =
@nc10,
where_clause =
@where_clause,
procedure_exists =
@procedure_exists,
query_store_exists =
@query_store_exists,
query_store_trouble =
@query_store_trouble,
query_store_waits_enabled =
@query_store_waits_enabled,
sql_2022_views =
@sql_2022_views,
ags_present =
@ags_present,
string_split_ints =
@string_split_ints,
string_split_strings =
@string_split_strings,
current_table =
@current_table,
troubleshoot_insert =
@troubleshoot_insert,
troubleshoot_update =
@troubleshoot_update,
troubleshoot_info =
@troubleshoot_info,
rc =
@rc,
em =
@em,
fo =
@fo,
start_date_original =
@start_date_original,
end_date_original =
@end_date_original,
timezone =
@timezone,
utc_minutes_difference =
@utc_minutes_difference,
utc_offset_string =
@utc_offset_string,
df =
@df,
work_start_utc =
@work_start_utc,
work_end_utc =
@work_end_utc;
IF EXISTS
(
SELECT
1/0
FROM #databases AS d
)
BEGIN
SELECT
table_name =
'#databases',
d.*
FROM #databases AS d
ORDER BY
d.database_name
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#databases is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #distinct_plans AS dp
)
BEGIN
SELECT
table_name =
'#distinct_plans',
dp.*
FROM #distinct_plans AS dp
ORDER BY
dp.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#distinct_plans is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #procedure_plans AS pp
)
BEGIN
SELECT
table_name =
'#procedure_plans',
pp.*
FROM #procedure_plans AS pp
ORDER BY
pp.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#procedure_plans is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #procedure_object_ids AS poi
)
BEGIN
SELECT
table_name =
'#procedure_object_ids',
poi.*
FROM #procedure_object_ids AS poi
ORDER BY
poi.[object_id]
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#procedure_object_ids is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_types AS qt
)
BEGIN
SELECT
table_name =
'#query_types',
qt.*
FROM #query_types AS qt
ORDER BY
qt.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_types is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #include_plan_ids AS ipi
)
BEGIN
SELECT
table_name =
'#include_plan_ids',
ipi.*
FROM #include_plan_ids AS ipi
ORDER BY
ipi.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#include_plan_ids is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #include_query_ids AS iqi
)
BEGIN
SELECT
table_name =
'#include_query_ids',
iqi.*
FROM #include_query_ids AS iqi
ORDER BY
iqi.query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#include_query_ids is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #include_query_hashes AS iqh
)
BEGIN
SELECT
table_name =
'#include_query_hashes',
iqh.*
FROM #include_query_hashes AS iqh
ORDER BY
iqh.query_hash
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#include_query_hashes is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #plan_ids_with_query_hashes AS hashes
)
BEGIN
SELECT
table_name =
'#plan_ids_with_query_hashes',
hashes.*
FROM #plan_ids_with_query_hashes AS hashes
ORDER BY
hashes.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#plan_ids_with_query_hashes is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #plan_ids_with_total_waits AS waits
)
BEGIN
SELECT
table_name =
'#plan_ids_with_total_waits',
waits.*
FROM #plan_ids_with_total_waits AS waits
ORDER BY
waits.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#plan_ids_with_total_waits is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #include_plan_hashes AS iph
)
BEGIN
SELECT
table_name =
'#include_plan_hashes',
iph.*
FROM #include_plan_hashes AS iph
ORDER BY
iph.plan_hash
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#include_plan_hashes is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #include_sql_handles AS ish
)
BEGIN
SELECT
table_name =
'#include_sql_handles',
ish.*
FROM #include_sql_handles AS ish
ORDER BY
ish.sql_handle
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#include_sql_handles is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #ignore_plan_ids AS ipi
)
BEGIN
SELECT
table_name =
'#ignore_plan_ids',
ipi.*
FROM #ignore_plan_ids AS ipi
ORDER BY
ipi.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#ignore_plan_ids is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #ignore_query_ids AS iqi
)
BEGIN
SELECT
table_name =
'#ignore_query_ids',
iqi.*
FROM #ignore_query_ids AS iqi
ORDER BY
iqi.query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#ignore_query_ids is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #ignore_query_hashes AS iqh
)
BEGIN
SELECT
table_name =
'#ignore_query_hashes',
iqh.*
FROM #ignore_query_hashes AS iqh
ORDER BY
iqh.query_hash
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#ignore_query_hashes is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #ignore_plan_hashes AS iph
)
BEGIN
SELECT
table_name =
'#ignore_plan_hashes',
iph.*
FROM #ignore_plan_hashes AS iph
ORDER BY
iph.plan_hash
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#ignore_plan_hashes is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #ignore_sql_handles AS ish
)
BEGIN
SELECT
table_name =
'#ignore_sql_handles',
ish.*
FROM #ignore_sql_handles AS ish
ORDER BY
ish.sql_handle
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#ignore_sql_handles is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_text_search AS qst
)
BEGIN
SELECT
table_name =
'#query_text_search',
qst.*
FROM #query_text_search AS qst
ORDER BY
qst.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_text_search is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #wait_filter AS wf
)
BEGIN
SELECT
table_name =
'#wait_filter',
wf.*
FROM #wait_filter AS wf
ORDER BY
wf.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#wait_filter is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #maintenance_plans AS mp
)
BEGIN
SELECT
table_name =
'#maintenance_plans',
mp.*
FROM #maintenance_plans AS mp
ORDER BY
mp.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#maintenance_plans is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #database_query_store_options AS qst
)
BEGIN
SELECT
table_name =
'#database_query_store_options',
dqso.*
FROM #database_query_store_options AS dqso
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#database_query_store_options is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_trouble AS qst
)
BEGIN
SELECT
table_name =
'#query_store_trouble',
qst.*
FROM #query_store_trouble AS qst
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#database_query_store_options is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_plan AS qsp
)
BEGIN
SELECT
table_name =
'#query_store_plan',
qsp.*
FROM #query_store_plan AS qsp
ORDER BY
qsp.plan_id, qsp.query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_plan is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_query AS qsq
)
BEGIN
SELECT
table_name =
'#query_store_query',
qsq.*
FROM #query_store_query AS qsq
ORDER BY
qsq.query_id,
qsq.query_text_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_query is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_text AS qsqt
)
BEGIN
SELECT
table_name =
'#query_store_query_text',
qsqt.*
FROM #query_store_query_text AS qsqt
ORDER BY
qsqt.query_text_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_query_text is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #dm_exec_query_stats AS deqs
)
BEGIN
SELECT
table_name =
'#dm_exec_query_stats ',
deqs.*
FROM #dm_exec_query_stats AS deqs
ORDER BY
deqs.statement_sql_handle
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#dm_exec_query_stats is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_runtime_stats AS qsrs
)
BEGIN
SELECT
table_name =
'#query_store_runtime_stats',
qsrs.*
FROM #query_store_runtime_stats AS qsrs
ORDER BY
qsrs.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_runtime_stats is empty';
END;
IF
(
@new = 1
AND EXISTS
(
SELECT
1/0
FROM #query_store_wait_stats AS qsws
)
)
BEGIN
SELECT
table_name =
'#query_store_wait_stats',
qsws.*
FROM #query_store_wait_stats AS qsws
ORDER BY
qsws.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_wait_stats is empty' +
CASE
WHEN (
@product_version = 13
AND @azure = 0
)
THEN ' because it''s not available < 2017'
WHEN EXISTS
(
SELECT
1/0
FROM #database_query_store_options AS dqso
WHERE dqso.wait_stats_capture_mode_desc <> 'ON'
)
THEN ' because you have it disabled in your Query Store options'
ELSE ' for the queries in the results'
END;
END;
IF EXISTS
(
SELECT
1/0
FROM #query_context_settings AS qcs
)
BEGIN
SELECT
table_name =
'#query_context_settings',
qcs.*
FROM #query_context_settings AS qcs
ORDER BY
qcs.context_settings_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_context_settings is empty';
END;
IF @sql_2022_views = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_plan_feedback AS qspf
)
BEGIN
SELECT
table_name =
'#query_store_plan_feedback',
qspf.*
FROM #query_store_plan_feedback AS qspf
ORDER BY
qspf.plan_feedback_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_plan_feedback is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_hints AS qsqh
)
BEGIN
SELECT
table_name =
'#query_store_query_hints',
qsqh.*
FROM #query_store_query_hints AS qsqh
ORDER BY
qsqh.query_hint_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_query_hints is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_query_variant AS qsqv
)
BEGIN
SELECT
table_name =
'#query_store_query_variant',
qsqv.*
FROM #query_store_query_variant AS qsqv
ORDER BY
qsqv.query_variant_query_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_query_variant is empty';
END;
IF @ags_present = 1
BEGIN
IF EXISTS
(
SELECT
1/0
FROM #query_store_replicas AS qsr
)
BEGIN
SELECT
table_name =
'#query_store_replicas',
qsr.*
FROM #query_store_replicas AS qsr
ORDER BY
qsr.replica_group_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_replicas is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #query_store_plan_forcing_locations AS qspfl
)
BEGIN
SELECT
table_name =
'#query_store_plan_forcing_locations',
qspfl.*
FROM #query_store_plan_forcing_locations AS qspfl
ORDER BY
qspfl.plan_forcing_location_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#query_store_plan_forcing_locations is empty';
END;
END;
IF EXISTS
(
SELECT
1/0
FROM #only_queries_with_hints AS oqwh
)
BEGIN
SELECT
table_name =
'#only_queries_with_hints',
oqwh.*
FROM #only_queries_with_hints AS oqwh
ORDER BY
oqwh.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#only_queries_with_hints is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #only_queries_with_feedback AS oqwf
)
BEGIN
SELECT
table_name =
'#only_queries_with_feedback',
oqwf.*
FROM #only_queries_with_feedback AS oqwf
ORDER BY
oqwf.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#only_queries_with_feedback is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #only_queries_with_variants AS oqwv
)
BEGIN
SELECT
table_name =
'#only_queries_with_variants',
oqwv.*
FROM #only_queries_with_variants AS oqwv
ORDER BY
oqwv.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#only_queries_with_variants is empty';
END;
END;
IF EXISTS
(
SELECT
1/0
FROM #forced_plans_failures AS fpf
)
BEGIN
SELECT
table_name =
'#forced_plans_failures',
fpf.*
FROM #forced_plans_failures AS fpf
ORDER BY
fpf.plan_id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#forced_plans_failures is empty';
END;
IF EXISTS
(
SELECT
1/0
FROM #troubleshoot_performance AS tp
)
BEGIN
SELECT
table_name =
'#troubleshoot_performance',
tp.*
FROM #troubleshoot_performance AS tp
ORDER BY
tp.id
OPTION(RECOMPILE);
END;
ELSE
BEGIN
SELECT
result =
'#troubleshoot_performance is empty';
END;
RETURN; /*Stop doing anything, I guess*/
END; /*End debug*/
RETURN; /*Yeah sure why not?*/
END;/*Final End*/
GO
EXEC sp_QuickieStore
@troubleshoot_performance = 1;
GO
IF OBJECT_ID('dbo.sp_QuickieStore') IS NOT NULL
BEGIN
EXEC ('DROP PROCEDURE dbo.sp_QuickieStore');
END;
GO