See: Description
| Class | Description |
|---|---|
| CFAbstractAnalysis<V extends CFAbstractValue<V>,S extends CFAbstractStore<V,S>,T extends CFAbstractTransfer<V,S,T>> |
CFAbstractAnalysis is an extensible org.checkerframework.dataflow analysis for the
Checker Framework that tracks the annotations using a flow-sensitive analysis. |
| CFAbstractStore<V extends CFAbstractValue<V>,S extends CFAbstractStore<V,S>> |
A store for the checker framework analysis tracks the annotations of memory locations such as
local variables and fields.
|
| CFAbstractTransfer<V extends CFAbstractValue<V>,S extends CFAbstractStore<V,S>,T extends CFAbstractTransfer<V,S,T>> |
The default analysis transfer function for the Checker Framework propagates information through
assignments and uses the
AnnotatedTypeFactory to provide checker-specific logic how to
combine types (e.g., what is the type of a string concatenation, given the types of the two
operands) and as an abstraction function (e.g., determine the annotations on literals). |
| CFAbstractValue<V extends CFAbstractValue<V>> |
An implementation of an abstract value used by the Checker Framework
org.checkerframework.dataflow analysis.
|
| CFAnalysis |
The default org.checkerframework.dataflow analysis used in the Checker Framework.
|
| CFCFGBuilder |
A control-flow graph builder (see
CFGBuilder) that knows about the Checker Framework
annotations and their representation as AnnotatedTypeMirrors. |
| CFCFGBuilder.CFCFGTranslationPhaseOne | |
| CFStore |
The default store used in the Checker Framework.
|
| CFTransfer |
The default transfer function used in the Checker Framework.
|
| CFTreeBuilder |
The TreeBuilder permits the creation of new AST Trees using the non-public Java compiler API
TreeMaker.
|
| CFValue |
The default abstract value used in the Checker Framework: a set of annotations and a TypeMirror.
|