Modalidad de imparticiónEste Curso se imparte de forma presencial.
Número de horasEl Curso de Visual Studio 2008: ado. Net 3. 5 tiene una duración de 14 horas.
Titulación oficialAl finalizar el alumno obtiene un certificado.
Valoración del programaEl Curso de Visual studio 2008: ado. Net 3. 5 otorga a los alumnos los conocimientos y habilidades para accesar y modificar datos usando ado .Net 3.5. El programa de estudios enseña la esctructura de ado .Net 3.5. además de conocer las tecnologías y técnicas disponibles para administrar datos, así como utilizar los servicios de sincronización para descargar y actualizar datos desde un servidor SQL.
Precio del cursoConsultar precio.
Dirigido aEste Curso se dirige a Desarrolladores que requieran crear aplicaciones en Visual Studio 2008.
EmpleabilidadEl campo laboral de este tipo de profesionales es como Analista Programador, Desarrollador de sitios y aplicaciones, etc.
Curso de Visual studio 2008: ado. Net 3. 5
Contenidoduración:14hrs
about this course
this two-day instructor-led course provides students with the knowledge and skills to access and modify data by using ado. Net 3. 5.
audience profile
this course is intended for application developers who know how to create applications in visual studio 2005 or 2008.
at course completion
after completing this course, students will be able to:
•describe the purpose and structure of ado. Net 3. 5.
•explain the role of data providers in ado. Net 3. 5.
•list the technologies and techniques available for managing data with ado. Net 3. 5.
•insert, update, and delete data by using ado. Net command objects.
•implement transactions to control data integrity and concurrency.
•define and use a dataset for retrieving data.
•use a dataset to update a database.
•use a dataset as a local cache in an occasionally connected environment.
•define linq queries for selecting data from an in-memory data structure.
•use linq to sql to query data in a database.
•use linq to sql to modify data and save changes to the database.
•explain how to use the ado. Net entity framework to map a database schema to a logical business model.
•use the ado. Net entity framework to query and manage data.
•explain how synchronization services supports occasionally-connected solutions.
•use synchronization services to download data from a sql server database.
•use synchronization services to upload data to a sql server database.
module 1: getting started with ado. Net 3. 5
this module explains how to connect to a database and retrieve data by using ado. Net commands.
lessons
•introduction to ado. Net 3. 5
•connecting to a database and retrieving data
•best practices for managing connections and performing queries
lab : connecting to a database and retrieving data
•connecting to a database
•executing a simple query
•executing a query that returns a result set
•executing a query that requires a parameter
after completing this module, students will be able to:
•describe the purpose and structure of ado. Net 3. 5.
•explain the role of data providers in ado. Net 3. 5.
•list the technologies and techniques available for managing data with ado. Net 3. 5.
module 2: modifying data by using ado. Net commands
this module explains how to modify data by using ado. Net commands.
lessons
•inserting, updating, and deleting data
•managing data integrity and concurrency
lab : modifying data by using ado. Net commands
•inserting, updating, and deleting data in a database
•implementing transactional updates
•executing commands asynchronously
after completing this module, students will be able to:
•insert, update, and delete data by using ado. Net command objects.
•implement transactions to control data integrity and concurrency.
module 3: querying and maintaining data by using datasets
this module explains how to use datasets to fetch and modify data, and act as a local data cache.
lessons
•creating and using a dataset to retrieve data
•updating a database by using a dataset
•using a dataset in an occasionally connected environment
lab : using a dataset to retrieve and modify data
•creating a typed dataset
•retrieving data into a dataset
•modifying data in a dataset
•saving a dataset and resolving conflicts
after completing this module, students will be able to:
•define and use a dataset for retrieving data.
•use a dataset to update a database.
•use a dataset as a local cache in an occasionally connected environment.
module 4: querying and maintaining data by using linq
this module explains how to use linq to retrieve and update data.
lessons
•querying in-memory data by using linq query expressions
•retrieving data by using linq to sql
•modifying data by using linq to sql
lab : querying and maintaining data by using linq to sql
•defining entity classes
•retrieving data by using linq to sql
•modifying data by using linq to sql
after completing this module, students will be able to:
•define linq queries for selecting data from an in-memory data structure.
•use linq to sql to query data in a database.
•use linq to sql to modify data and save changes to the database.
module 5: implementing an entity model by using the ado. Net entity framework
this module explains how to use the entity framework to implement an entity data model for querying and maintaining data.
lessons
•creating an entity data model by using the ado. Net entity framework
•querying and modifying data by using the ado. Net entity framework
lab : implementing an entity data model by using the ado. Net entity framework
•creating an entity data model
•querying entities in an entity data model
•modifying entities in an entity data model
after completing this module, students will be able to:
•explain how to use the ado. Net entity framework to map a database schema to a logical business model.
•use the ado. Net entity framework to query and manage data.
module 6: building occasionally connected solutions by using synchronization services
this module explains how to use synchronization services to build occasionally connected solutions.
lessons
•understanding microsoft synchronization services
•downloading data by using synchronization services
•uploading data by using synchronization services
lab : building occasionally connected solutions by using synchronization services
•modifying a database schema to support synchronization
•downloading data to a client computer
•uploading data changes to the database
after completing this module, students will be able to:
•explain how synchronization services supports occasionally-connected solutions.
•use synchronization services to download data from a sql server database.
•use synchronization services to upload data to a sql server database.