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Bme1580I sites may not be compatible.ApaLI (61)1 siteGTGCACCACGTGMscI (31)1 siteTGGCCAACCGGTmApple1 .. 711 = 711 bp236 amino acids = 27.0 kDaProduct: photostable monomeric derivative of DsRed (Shaner et al., 2008)mammalian codon-optimizedmApple1 .. 711 = 711 bp236 amino acids = 27.0 kDaProduct: photostable monomeric derivative of DsRed (Shaner et al., 2008)mammalian codon-optimizedORF: 1 .. 711 = 711 bpORF: 236 amino acids = 27.0 kDaORF: 1 .. 711 = 711 bpORF: 237 amino acids = 23.8 kDa (no start codon)Click here to try SnapGeneDownload mApple.dna fileSnapGeneSnapGene is the easiest way to plan, visualize and document your everyday molecular biology proceduresFast accurate construct design for all major molecular cloning techniquesValidate sequenced constructs using powerful alignment toolsCustomize plasmid maps with flexible annotation and visualization controlsAutomatically generate a rich graphical history of every edit and procedureSnapGene ViewerSnapGene Viewer is free software that allows molecular biologists to create, browse, and share richly annotated sequence files.Gain unparalleled visibility of your plasmids, DNA and protein sequencesAnnotate features on your plasmids using the curated feature databaseStore, search, and share your sequences, files and mapsIndividual Sequences & MapsPlasmid SetsThe maps, notes, and annotations in the zip file on this page are copyrighted material. This material may be used without restriction by academic, nonprofit, and governmental entities, except that the source must be cited as ’’www.snapgene.com/resources’’. Commercial entities must contact GSL Biotech LLC for permission and terms of use.Discover the most user-friendly molecular biology experience.Can You Use 711 Transact Prepaid Debit Mastercard
SQL Server 2008 온라인 설명서(2009년 7월)sqlcmd 유틸리티 사용sqlcmd 유틸리티는 Transact-SQL 문 및 스크립트의 임시 대화형 실행과 Transact-SQL 스크립팅 태스크의 자동화를 위한 Microsoft Win32 명령 프롬프트 유틸리티입니다. sqlcmd를 대화형으로 사용하거나 sqlcmd를 사용하여 실행할 스크립트 파일을 작성하려면 Transact-SQL을 이해해야 합니다. 일반적으로 sqlcmd 유틸리티는 다음과 같은 방법으로 사용됩니다.명령 프롬프트에서와 비슷한 방법으로 Transact-SQL 문을 대화형으로 입력합니다. 결과는 명령 프롬프트에 표시됩니다. 명령 프롬프트 창을 열려면 시작, 모든 프로그램을 차례로 클릭하고 보조프로그램을 가리킨 다음 명령 프롬프트를 클릭합니다. 명령 프롬프트에서 sqlcmd를 입력한 뒤 원하는 옵션을 입력합니다. sqlcmd에서 지원하는 옵션의 전체 목록은 sqlcmd 유틸리티을 참조하십시오.실행할 단일 Transact-SQL 문을 지정하거나 실행할 Transact-SQL 문이 포함된 텍스트 파일을 유틸리티에 알려 sqlcmd 작업을 제출합니다. 결과는 일반적으로 텍스트 파일로 전송되지만 명령 프롬프트에 표시될 수도 있습니다.SQL Server Management Studio 쿼리 편집기의 SQLCMD 모드SMO(SQL Server Management Objects)SQL Server 에이전트 CmdExec 작업 일반적으로 사용되는 sqlcmd 옵션가장 일반적으로 사용되는 옵션은 다음과 같습니다.sqlcmd가 연결하는 Microsoft SQL Server 인스턴스를 식별하는 서버 옵션(-S)sqlcmd가 SQL Server 인스턴스에 연결하기 위해 사용하는 자격 증명을 지정하는 인증 옵션(-E, -U 및 -P)참고:-E 옵션은 기본값이므로 따로 지정하지 않아도 됩니다.sqlcmd에 입력될 내용의 위치를 식별하는 입력 옵션(-Q, -q 및 -i)sqlcmd가 출력 내용을 저장할 파일을 지정하는 출력 옵션(-o) sqlcmd 유틸리티에 연결sqlcmd 유틸리티의 일반적인 용도는 다음과 같습니다.Transact-SQL 문을 대화형으로 실행하기 위해 Windows 인증을 사용하여 기본 인스턴스에 연결참고:위 예에서 -E는 기본값이므로 따로 지정하지 않았으며 sqlcmd는 Windows 인증을 사용하여 기본 인스턴스에 연결합니다.Transact-SQL 문을 대화형으로 실행하기 위해 Windows 인증을 사용하여 명명된 인스턴스에 연결 sqlcmd -S \또는 sqlcmd -S .\Windows 인증을 사용하고 입력 및 출력 파일을 지정하여 명명된 인스턴스에 연결 sqlcmd -S \ -i -o Windows 인증을 사용하여 로컬 컴퓨터의 기본 인스턴스에 연결하고 쿼리를 실행한 다음 쿼리 실행이 완료된 후에도 sqlcmd가 실행되는 상태로 유지 sqlcmd -q "SELECT * FROM AdventureWorks.Person.Contact"Windows 인증을 사용하여 로컬 컴퓨터의 기본 인스턴스에 연결하고 쿼리를 실행한 다음 출력을 파일로 전송하고 쿼리 실행이 완료되면 sqlcmd 종료 sqlcmd -Q "SELECT * FROM AdventureWorks.Person.Contact" -o MyOutput.txtTransact-SQL 문을 대화형으로 실행하기 위해 SQL Server 인증을 사용하여 명명된 인스턴스에 연결(sqlcmd에서 암호를 묻는 메시지 표시) sqlcmd -U MyLogin -S \참고:sqlcmd 유틸리티에서 지원하는 옵션 목록을 보려면 sqlcmd -?를 실행하십시오. sqlcmd를 사용하여 대화형으로 Transact-SQL 문 실행sqlcmd 유틸리티를 대화형으로 사용하여 명령 프롬프트 창에서 Transact-SQL 문을 실행할 수 있습니다. sqlcmd를 사용하여 Transact-SQL 문을 대화형으로 실행하려면 입력 파일이나 쿼리를 지정하는 -Q, -q, -Z. What is transact 711? transact 711 news, transact 711 meaning, transact 711 definitionCan You Use 711 Transact Prepaid Debit Card On
Download from the Microsoft SQL Server Samples and Community Projects home page.A. Creating a primary XML indexThe following example creates a primary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT * FROM sys.indexes WHERE name = N'PXML_ProductModel_CatalogDescription') DROP INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel; GO CREATE PRIMARY XML INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel (CatalogDescription); GOB. Creating a primary XML index with XML compressionApplies to: SQL Server 2022 (16.x) and later versions, Azure SQL Database, and Azure SQL Managed Instance.The following example creates a primary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT * FROM sys.indexes WHERE name = N'PXML_ProductModel_CatalogDescription') DROP INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel; GO CREATE PRIMARY XML INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel (CatalogDescription) WITH (XML_COMPRESSION = ON); GOC. Creating a secondary XML indexThe following example creates a secondary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT name FROM sys.indexes WHERE name = N'IXML_ProductModel_CatalogDescription_Path') DROP INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel; GO CREATE XML INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel (CatalogDescription) USING XML INDEX PXML_ProductModel_CatalogDescription FOR PATH ;GOD. Creating a secondary XML index with XML compressionApplies to: SQL Server 2022 (16.x) and later versions, Azure SQL Database, and Azure SQL Managed Instance.The following example creates a secondary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT name FROM sys.indexes WHERE name = N'IXML_ProductModel_CatalogDescription_Path') DROP INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel; GO CREATE XML INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel (CatalogDescription) USING XML INDEX PXML_ProductModel_CatalogDescription FOR PATH WITH (XML_COMPRESSION = ON);GOSee alsoALTER INDEX (Transact-SQL)CREATE INDEX (Transact-SQL)CREATE PARTITION FUNCTION (Transact-SQL)CREATE PARTITION SCHEME (Transact-SQL)CREATE SPATIAL INDEX (Transact-SQL)CREATE STATISTICS (Transact-SQL)CREATE TABLE (Transact-SQL)Data Types (Transact-SQL)DBCC SHOW_STATISTICS (Transact-SQL)DROP INDEX (Transact-SQL)XML Indexes (SQL Server)sys.indexes (Transact-SQL)sys.index_columns (Transact-SQL)sys.xml_indexes (Transact-SQL)EVENTDATA (Transact-SQL)XML Indexes (SQL Server) --> Feedback Additional resources In this article711 to gcash no transact - JCY Ukay Supplier Nueva Ecija
'road'));E. Find rows by list of valuesDevelopers must create a query that finds articles by a list of IDs. They can use following query:SELECT ProductId, Name, TagsFROM ProductJOIN STRING_SPLIT('1,2,3',',') ON value = ProductId;The preceding STRING_SPLIT usage is a replacement for a common antipattern. Such an antipattern can involve the creation of a dynamic SQL string in the application layer or in Transact-SQL. Or an antipattern can be achieved by using the LIKE operator. See the following example SELECT statement:SELECT ProductId, Name, TagsFROM ProductWHERE ',1,2,3,' LIKE '%,' + CAST(ProductId AS VARCHAR(20)) + ',%';F. Find rows by ordinal valuesThe following statement finds all rows with an even index value:SELECT *FROM STRING_SPLIT('Austin,Texas,Seattle,Washington,Denver,Colorado', ',', 1)WHERE ordinal % 2 = 0;The above statement returns the following table:valueordinalTexas2Washington4Colorado6G. Order rows by ordinal valuesThe following statement returns the split substring values of the input string and their ordinal values, ordered by the ordinal column:SELECT * FROM STRING_SPLIT('E-D-C-B-A', '-', 1) ORDER BY ordinal DESC;The above statement returns the following table:valueordinalA5B4C3D2E1Related contentLEFT (Transact-SQL)LTRIM (Transact-SQL)RIGHT (Transact-SQL)RTRIM (Transact-SQL)SUBSTRING (Transact-SQL)TRIM (Transact-SQL)String Functions (Transact-SQL) --> Feedback Additional resources In this article711 M Transact Stock Vectors and Vector Art - Shutterstock
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2025-04-10Bme1580I sites may not be compatible.ApaLI (61)1 siteGTGCACCACGTGMscI (31)1 siteTGGCCAACCGGTmApple1 .. 711 = 711 bp236 amino acids = 27.0 kDaProduct: photostable monomeric derivative of DsRed (Shaner et al., 2008)mammalian codon-optimizedmApple1 .. 711 = 711 bp236 amino acids = 27.0 kDaProduct: photostable monomeric derivative of DsRed (Shaner et al., 2008)mammalian codon-optimizedORF: 1 .. 711 = 711 bpORF: 236 amino acids = 27.0 kDaORF: 1 .. 711 = 711 bpORF: 237 amino acids = 23.8 kDa (no start codon)Click here to try SnapGeneDownload mApple.dna fileSnapGeneSnapGene is the easiest way to plan, visualize and document your everyday molecular biology proceduresFast accurate construct design for all major molecular cloning techniquesValidate sequenced constructs using powerful alignment toolsCustomize plasmid maps with flexible annotation and visualization controlsAutomatically generate a rich graphical history of every edit and procedureSnapGene ViewerSnapGene Viewer is free software that allows molecular biologists to create, browse, and share richly annotated sequence files.Gain unparalleled visibility of your plasmids, DNA and protein sequencesAnnotate features on your plasmids using the curated feature databaseStore, search, and share your sequences, files and mapsIndividual Sequences & MapsPlasmid SetsThe maps, notes, and annotations in the zip file on this page are copyrighted material. This material may be used without restriction by academic, nonprofit, and governmental entities, except that the source must be cited as ’’www.snapgene.com/resources’’. Commercial entities must contact GSL Biotech LLC for permission and terms of use.Discover the most user-friendly molecular biology experience.
2025-04-01Download from the Microsoft SQL Server Samples and Community Projects home page.A. Creating a primary XML indexThe following example creates a primary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT * FROM sys.indexes WHERE name = N'PXML_ProductModel_CatalogDescription') DROP INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel; GO CREATE PRIMARY XML INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel (CatalogDescription); GOB. Creating a primary XML index with XML compressionApplies to: SQL Server 2022 (16.x) and later versions, Azure SQL Database, and Azure SQL Managed Instance.The following example creates a primary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT * FROM sys.indexes WHERE name = N'PXML_ProductModel_CatalogDescription') DROP INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel; GO CREATE PRIMARY XML INDEX PXML_ProductModel_CatalogDescription ON Production.ProductModel (CatalogDescription) WITH (XML_COMPRESSION = ON); GOC. Creating a secondary XML indexThe following example creates a secondary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT name FROM sys.indexes WHERE name = N'IXML_ProductModel_CatalogDescription_Path') DROP INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel; GO CREATE XML INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel (CatalogDescription) USING XML INDEX PXML_ProductModel_CatalogDescription FOR PATH ;GOD. Creating a secondary XML index with XML compressionApplies to: SQL Server 2022 (16.x) and later versions, Azure SQL Database, and Azure SQL Managed Instance.The following example creates a secondary XML index on the CatalogDescription column in the Production.ProductModel table.IF EXISTS (SELECT name FROM sys.indexes WHERE name = N'IXML_ProductModel_CatalogDescription_Path') DROP INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel; GO CREATE XML INDEX IXML_ProductModel_CatalogDescription_Path ON Production.ProductModel (CatalogDescription) USING XML INDEX PXML_ProductModel_CatalogDescription FOR PATH WITH (XML_COMPRESSION = ON);GOSee alsoALTER INDEX (Transact-SQL)CREATE INDEX (Transact-SQL)CREATE PARTITION FUNCTION (Transact-SQL)CREATE PARTITION SCHEME (Transact-SQL)CREATE SPATIAL INDEX (Transact-SQL)CREATE STATISTICS (Transact-SQL)CREATE TABLE (Transact-SQL)Data Types (Transact-SQL)DBCC SHOW_STATISTICS (Transact-SQL)DROP INDEX (Transact-SQL)XML Indexes (SQL Server)sys.indexes (Transact-SQL)sys.index_columns (Transact-SQL)sys.xml_indexes (Transact-SQL)EVENTDATA (Transact-SQL)XML Indexes (SQL Server) --> Feedback Additional resources In this article
2025-04-05'road'));E. Find rows by list of valuesDevelopers must create a query that finds articles by a list of IDs. They can use following query:SELECT ProductId, Name, TagsFROM ProductJOIN STRING_SPLIT('1,2,3',',') ON value = ProductId;The preceding STRING_SPLIT usage is a replacement for a common antipattern. Such an antipattern can involve the creation of a dynamic SQL string in the application layer or in Transact-SQL. Or an antipattern can be achieved by using the LIKE operator. See the following example SELECT statement:SELECT ProductId, Name, TagsFROM ProductWHERE ',1,2,3,' LIKE '%,' + CAST(ProductId AS VARCHAR(20)) + ',%';F. Find rows by ordinal valuesThe following statement finds all rows with an even index value:SELECT *FROM STRING_SPLIT('Austin,Texas,Seattle,Washington,Denver,Colorado', ',', 1)WHERE ordinal % 2 = 0;The above statement returns the following table:valueordinalTexas2Washington4Colorado6G. Order rows by ordinal valuesThe following statement returns the split substring values of the input string and their ordinal values, ordered by the ordinal column:SELECT * FROM STRING_SPLIT('E-D-C-B-A', '-', 1) ORDER BY ordinal DESC;The above statement returns the following table:valueordinalA5B4C3D2E1Related contentLEFT (Transact-SQL)LTRIM (Transact-SQL)RIGHT (Transact-SQL)RTRIM (Transact-SQL)SUBSTRING (Transact-SQL)TRIM (Transact-SQL)String Functions (Transact-SQL) --> Feedback Additional resources In this article
2025-03-25Times when you need to convert. Examples show how to convert a columnstore to a heap or clustered index.Create a columnstore index on a rowstore table.CREATE COLUMNSTORE INDEX (Transact-SQL)A rowstore table can have one columnstore index. Beginning with SQL Server 2016 (13.x), the columnstore index can have a filtered condition. Examples show the basic syntax.Create performant indexes for operational analytics.Get started with Columnstore for real-time operational analyticsDescribes how to create complementary columnstore and B-tree indexes so that OLTP queries use B-tree indexes and analytics queries use columnstore indexes.Create performant columnstore indexes for data warehousing.Columnstore indexes in data warehousingDescribes how to use B-tree indexes on columnstore tables to create performant data warehousing queries.Use a B-tree index to enforce a primary key constraint on a columnstore index.Columnstore indexes in data warehousingShows how to combine B-tree and columnstore indexes to enforce primary key constraints on the columnstore index.Drop a columnstore indexDROP INDEX (Transact-SQL)Dropping a columnstore index uses the standard DROP INDEX syntax that B-tree indexes use. Dropping a clustered columnstore index converts the columnstore table to a heap.Delete a row from a columnstore indexDELETE (Transact-SQL)Use DELETE (Transact-SQL) to delete a row.columnstore row: SQL Server marks the row as logically deleted but does not reclaim the physical storage for the row until the index is rebuilt.deltastore row: SQL Server logically and physically deletes the row.Update a row in the columnstore indexUPDATE (Transact-SQL)Use UPDATE (Transact-SQL) to update a row.columnstore row: SQL Server marks the row as logically deleted, and then inserts the updated row into the deltastore.deltastore row: SQL Server updates the row in the deltastore.Force all rows in the deltastore to go into the columnstore.ALTER INDEX (Transact-SQL) ... REBUILDOptimize index maintenance to improve query performance and reduce resource consumptionALTER INDEX with the REBUILD option forces all rows to go into the columnstore.Defragment a columnstore indexALTER INDEX (Transact-SQL)ALTER INDEX ... REORGANIZE defragments columnstore indexes online.Merge tables with columnstore indexes.MERGE (Transact-SQL)Related contentTo create an empty columnstore index for:SQL Server or SQL Database, refer to CREATE TABLE (Transact-SQL).Azure Synapse Analytics, refer to CREATE TABLE (Azure Synapse Analytics).For more information on how to convert an existing rowstore heap or B-tree index into a clustered columnstore index, or to create a nonclustered columnstore index, refer to CREATE COLUMNSTORE INDEX (Transact-SQL).What's new in columnstore indexesColumnstore indexes in data warehousingColumnstore indexes - Query performance --> Feedback Additional resources In this article
2025-04-19The AdventureWorks databaseB. Reverting a snapshot on the Sales database A. Reverting a snapshot on the AdventureWorks databaseThis example assumes that only one snapshot currently exists on the AdventureWorks2022 database. For the example that creates the snapshot to which the database is reverted here, see Create a Database Snapshot (Transact-SQL).USE master; -- Reverting AdventureWorks to AdventureWorks_dbss1800 RESTORE DATABASE AdventureWorks from DATABASE_SNAPSHOT = 'AdventureWorks_dbss1800'; GO B. Reverting a snapshot on the Sales databaseThis example assumes that two snapshots currently exist on the Sales database: sales_snapshot0600 and sales_snapshot1200. The example deletes the older of the snapshots and reverts the database to the more recent snapshot.For the code for creating the sample database and snapshots on which this example depends, see:For the Sales database and the sales_snapshot0600 snapshot, see "Creating a database with filegroups" and "Creating a database snapshot" in CREATE DATABASE (SQL Server Transact-SQL).For the sales_snapshot1200 snapshot, see "Creating a snapshot on the Sales database" in Create a Database Snapshot (Transact-SQL).--Test to see if sales_snapshot0600 exists and if it -- does, delete it. IF EXISTS (SELECT database_id FROM sys.databases WHERE NAME='sales_snapshot0600') DROP DATABASE SalesSnapshot0600; GO -- Reverting Sales to sales_snapshot1200 USE master; RESTORE DATABASE Sales FROM DATABASE_SNAPSHOT = 'sales_snapshot1200'; GO Create a Database Snapshot (Transact-SQL)View a Database Snapshot (SQL Server)Drop a Database Snapshot (Transact-SQL)See AlsoDatabase Snapshots (SQL Server)RESTORE (Transact-SQL)sys.databases (Transact-SQL)Database Mirroring and Database Snapshots (SQL Server) --> Feedback Additional resources In this article
2025-04-08