DataPoint

```
@Retention(RUNTIME)
@Target({FIELD,METHOD})
public @interface DataPoint
```
Annotating an field or method with @DataPoint will cause the field value or the value returned by the method to be used as a potential parameter for theories in that class, when run with the Theories runner.
A DataPoint is only considered as a potential value for parameters for which its type is assignable. When multiple DataPoints exist with overlapping types more control can be obtained by naming each DataPoint using the value of this annotation, e.g. with @DataPoint({"dataset1", "dataset2"}), and then specifying which named set to consider as potential values for each parameter using the @FromDataPoints annotation.
Parameters with no specified source (i.e. without @FromDataPoints or other @ParameterSuppliedBy annotations) will use all DataPoints that are assignable to the parameter type as potential values, including named sets of DataPoints.
```
 @DataPoint
 public static String dataPoint = "value";
 
 @DataPoint("generated")
 public static String generatedDataPoint() {
     return "generated value";
 }
 
 @Theory
 public void theoryMethod(String param) {
     ...
 }
 
```
See Also:

Theories, Theory, DataPoint, FromDataPoints

- Optional Element Summary
  
  Optional Elements
  Modifier and Type Optional Element Description
  
  java.lang.Class<? extends java.lang.Throwable>[] ignoredExceptions
  
  java.lang.String[] value

Element Detail
- value
```
java.lang.String[] value
```
  Default:
  
  {}

ignoredExceptions

java.lang.Class<? extends java.lang.Throwable>[] ignoredExceptions

Default:: {}