## Uses of Interface
javax.jdo.Query

- Packages that use Query
  Package | Description
  --- | ---
  javax.jdo | This package contains the JDO specification interfaces and classes.

- - ### Uses of Query in javax.jdo

    Methods in javax.jdo that return Query
    Modifier and Type | Method and Description
    --- | ---
    `Query<T>` | Query.`datastoreReadTimeoutMillis(Integer interval)` Set the datastore read timeout (millis).
    `Query<T>` | Query.`datastoreReadTimeoutMillis(Integer interval)` Set the datastore read timeout (millis).
    `Query<T>` | Query.`datastoreWriteTimeoutMillis(Integer interval)` Set the datastore write timeout (millis).
    `Query<T>` | Query.`datastoreWriteTimeoutMillis(Integer interval)` Set the datastore write timeout (millis).
    `Query<T>` | Query.`extension(String key, Object value)` Specify an extension for this query.
    `Query<T>` | Query.`extension(String key, Object value)` Specify an extension for this query.
    `Query<T>` | Query.`extensions(Map values)` Specify a map of extensions for this query.
    `Query<T>` | Query.`extensions(Map values)` Specify a map of extensions for this query.
    `Query<T>` | Query.`filter(String filter)` Set the filter for the query.
    `Query<T>` | Query.`filter(String filter)` Set the filter for the query.
    `Query<T>` | Query.`groupBy(String group)` Set the grouping expressions, optionally including a "having" clause.
    `Query<T>` | Query.`groupBy(String group)` Set the grouping expressions, optionally including a "having" clause.
    `Query<T>` | Query.`ignoreCache(boolean flag)` Set whether we to ignore the cache with this query.
    `Query<T>` | Query.`ignoreCache(boolean flag)` Set whether we to ignore the cache with this query.
    `Query<T>` | Query.`imports(String imports)` Set the import statements to be used to identify the fully qualified name of variables or parameters.
    `Query<T>` | Query.`imports(String imports)` Set the import statements to be used to identify the fully qualified name of variables or parameters.
    `<T> Query<T>` | PersistenceManager.`newNamedQuery(Class<T> cls, String queryName)` Create a new `Query` with the given candidate class from a named query.
    `<T> Query<T>` | PersistenceManager.`newNamedQuery(Class<T> cls, String queryName)` Create a new `Query` with the given candidate class from a named query.
    `Query` | PersistenceManager.`newQuery()` Create a new `Query` with no elements.
    `Query` | PersistenceManager.`newQuery()` Create a new `Query` with no elements.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls)` Create a new `Query` specifying the `Class` of the candidate instances.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls)` Create a new `Query` specifying the `Class` of the candidate instances.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, Collection<T> cln)` Create a new `Query` with the candidate `Class` and `Collection`.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, Collection<T> cln)` Create a new `Query` with the candidate `Class` and `Collection`.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, Collection<T> cln, String filter)` Create a new `Query` with the `Class` of the candidate instances, candidate `Collection`, and filter.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, Collection<T> cln, String filter)` Create a new `Query` with the `Class` of the candidate instances, candidate `Collection`, and filter.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, String filter)` Create a new `Query` with the `Class` of the candidate instances and filter.
    `<T> Query<T>` | PersistenceManager.`newQuery(Class<T> cls, String filter)` Create a new `Query` with the `Class` of the candidate instances and filter.
    `<T> Query<T>` | PersistenceManager.`newQuery(Extent<T> cln)` Create a new `Query` with the `Class` of the candidate instances and candidate `Extent`.
    `<T> Query<T>` | PersistenceManager.`newQuery(Extent<T> cln)` Create a new `Query` with the `Class` of the candidate instances and candidate `Extent`.
    `<T> Query<T>` | PersistenceManager.`newQuery(Extent<T> cln, String filter)` Create a new `Query` with the candidate `Extent` and filter; the class is taken from the `Extent`.
    `<T> Query<T>` | PersistenceManager.`newQuery(Extent<T> cln, String filter)` Create a new `Query` with the candidate `Extent` and filter; the class is taken from the `Extent`.
    `Query` | PersistenceManager.`newQuery(Object compiled)` Create a new `Query` using elements from another `Query`.
    `Query` | PersistenceManager.`newQuery(Object compiled)` Create a new `Query` using elements from another `Query`.
    `Query` | PersistenceManager.`newQuery(String query)` Create a Construct a new query instance using the specified String as the single-string representation of the query.
    `Query` | PersistenceManager.`newQuery(String query)` Create a Construct a new query instance using the specified String as the single-string representation of the query.
    `Query` | PersistenceManager.`newQuery(String language, Object query)` Create a new `Query` using the specified language.
    `Query` | PersistenceManager.`newQuery(String language, Object query)` Create a new `Query` using the specified language.
    `Query<T>` | Query.`orderBy(String ordering)` Set the ordering specification for the result `Collection`.
    `Query<T>` | Query.`orderBy(String ordering)` Set the ordering specification for the result `Collection`.
    `Query<T>` | Query.`parameters(String parameters)` Declare the list of parameters for query execution.
    `Query<T>` | Query.`parameters(String parameters)` Declare the list of parameters for query execution.
    `Query<T>` | Query.`range(long fromIncl, long toExcl)` Set the range of results to return.
    `Query<T>` | Query.`range(long fromIncl, long toExcl)` Set the range of results to return.
    `Query<T>` | Query.`range(String fromInclToExcl)` Set the range of results to return.
    `Query<T>` | Query.`range(String fromInclToExcl)` Set the range of results to return.
    `Query<T>` | Query.`result(String result)` Set the result clause for the query.
    `Query<T>` | Query.`result(String result)` Set the result clause for the query.
    `Query<T>` | Query.`saveAsNamedQuery(String name)` Save the query, as it is currently defined, as a named query under the specified name.
    `Query<T>` | Query.`saveAsNamedQuery(String name)` Save the query, as it is currently defined, as a named query under the specified name.
    `Query<T>` | Query.`serializeRead(Boolean serialize)` Set whether we to lock all objects read by this query.
    `Query<T>` | Query.`serializeRead(Boolean serialize)` Set whether we to lock all objects read by this query.
    `Query<T>` | Query.`setNamedParameters(Map<String,?> namedParamMap)` Method to set the named parameters on this query prior to execution.
    `Query<T>` | Query.`setNamedParameters(Map<String,?> namedParamMap)` Method to set the named parameters on this query prior to execution.
    `Query<T>` | Query.`setParameters(Object... paramValues)` Method to set the values of the numbered parameters on this query prior to execution.
    `Query<T>` | Query.`setParameters(Object... paramValues)` Method to set the values of the numbered parameters on this query prior to execution.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.
    `Query<T>` | Query.`unmodifiable()` Set whether to make this query unmodifiable.
    `Query<T>` | Query.`unmodifiable()` Set whether to make this query unmodifiable.
    `Query<T>` | Query.`variables(String variables)` Declare the unbound variables to be used in the query.
    `Query<T>` | Query.`variables(String variables)` Declare the unbound variables to be used in the query.

    Methods in javax.jdo with parameters of type Query
    Modifier and Type | Method and Description
    --- | ---
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.
    `void` | Query.`addSubquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, Map parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String... parameters)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.
    `Query<T>` | Query.`subquery(Query sub, String variableDeclaration, String candidateCollectionExpression, String parameter)` Add a subquery to this query.

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