"properties": { "mapping": { "email": 0, // : <Column Index In the CSV> "firstName": 2, ... } }, "columnSeparator": "hasDeleteColumn": false //CSV file to import doesn't contain a TO DELETE column (if it contains, will be the last column) } A recurrent import configuration is similar to the previous one with some analysis granularity. In the context of web sites, a scope could, for example, represent a site or family of related sites being analyzed. Scopes allow clients accessing the context server to filter data

"properties": { "mapping": { "email": 0, // : <Column Index In the CSV> "firstName": 2, ... } }, "columnSeparator": "hasDeleteColumn": false //CSV file to import doesn't contain a TO DELETE column (if it contains, will be the last column) } A recurrent import configuration is similar to the previous one with some analysis granularity. In the context of web sites, a scope could, for example, represent a site or family of related sites being analyzed. Scopes allow clients accessing the context server to filter data

only need to provide the name of the table or procedure and provide a map of parameters matching the column names. This only works if the database provides adequate metadata. If the database doesn’t provide queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If you add a method to the above example to retrieve a list of all the rows, this: [{name=Bob, id=1}, {name=Mary, id=2}] Updating the database The following example shows a column updated for a certain primary key. In this example, an SQL statement has placeholders for row parameters

only need to provide the name of the table or procedure and provide a map of parameters matching the column names. This only works if the database provides adequate metadata. If the database doesn’t provide queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If you add a method to the above example to retrieve a list of all the rows, this: [{name=Bob, id=1}, {name=Mary, id=2}] Updating the database The following example shows a column updated for a certain primary key. In this example, an SQL statement has placeholders for row parameters

only need to provide the name of the table or procedure and provide a map of parameters matching the column names. This only works if the database provides adequate metadata. If the database doesn’t provide queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If you add a method to the above example to retrieve a list of all the rows, Documentation 4.3.26.RELEASE Spring Framework 419 Updating the database The following example shows a column updated for a certain primary key. In this example, an SQL statement has placeholders for row parameters

only need to provide the name of the table or procedure and provide a map of parameters matching the column names. This only works if the database provides adequate metadata. If the database doesn’t provide queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If you add a method to the above example to retrieve a list of all the rows, Documentation 4.3.2.RELEASE Spring Framework 411 Updating the database The following example shows a column updated for a certain primary key. In this example, an SQL statement has placeholders for row parameters

queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If we add a method to the above example to retrieve a list of all the rows, it database There are also a number of update methods that you can use. Find below an example where a column is updated for a certain primary key. In this example an SQL statement is used that has placeholders execute queries and get the results back as a list containing business objects with the relational column data mapped to the properties of the business object. One can also execute stored procedures and

queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If we add a method Data access using JDBC Spring Framework (2.0.3) 208 to database There are also a number of update methods that you can use. Find below an example where a column is updated for a certain primary key. In this example an SQL statement is used that has placeholders execute queries and get the results back as a list containing business objects with the relational column data mapped to the properties of the business object. One can also execute stored procedures and

queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If we add a method to the above example to retrieve a list of all the rows, it 2) 200 There are also a number of update methods that you can use. Find below an example where a column is updated for a certain primary key. In this example an SQL statement is used that has placeholders execute queries and get the results back as a list containing business objects with the relational column data mapped to the properties of the business object. One can also execute stored procedures and

queryForList(..) which returns a List where each entry is a Map with each entry in the map representing the column value for that row. If we add a method to the above example to retrieve a list of all the rows, it database There are also a number of update methods that you can use. Find below an example where a column is updated for a certain primary key. In this example an SQL statement is used that has placeholders execute queries and get the results back as a list containing business objects with the relational column data mapped to the properties of the business object. One can also execute stored procedures and