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See:
Description
Interface Summary | |
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ArrayInitInstruction | x = { y1, ..., yn }. |
AssignmentInstruction | Abstract x = ?. |
BinaryOperation | x = y binop z, representing all binary operations. |
CastInstruction | x = (T) y. |
ConstructorCallInstruction | x(y1, ..., yn), where x is "this" or "super". |
CopyInstruction | x = y. |
DotClassInstruction | x = T.class. |
EnhancedForConditionInstruction | Instruction representing the "has next" test at the top of a Java 5 enhanced for loop. |
InstanceofInstruction | x = y instanceof T. |
InvocationInstruction | Abstract x = call(z1, ..., zn). |
IVariableVisitor<T> | |
LoadArrayInstruction | x = y[z]. |
LoadFieldInstruction | x = y.f, where f is a field. |
LoadInstruction | Marker interface for loads. |
LoadLiteralInstruction | x = l, an assignment of a literal value to a variable. |
MethodCallInstruction | x = y.m(z1, ..., zn), where m is a method and y is possibly a type variable, in the case of a static method call. |
NewArrayInstruction | x = new T[y1]...[yn] or x = new T[]...[] = z. |
NewObjectInstruction | x = new C(z1, ..., zn), including for anonymous inner classes. |
OneOperandInstruction | x = f(y), i.e., the result of a one-operand instruction is somehow derived from a single operand. |
ReturnInstruction | return x, the return of a value. |
SourceVariableDeclaration | T x. |
SourceVariableReadInstruction | This instruction indicates reading a variable that appears in the source program, i.e. |
StoreArrayInstruction | x[y] = z. |
StoreFieldInstruction | x.f = y, where f is a field. |
StoreInstruction | This interface represents a store, i.e., a write
into memory from a source . |
TACArrayAccess | x[y] |
TACFieldAccess | x.f, i.e., an access to a field. |
TACInstruction | Abstract base class for 3-Address-Code instructions built from Eclipse AST nodes. |
TACInvocation | Interface defining instructions that represent some kind of invocation. |
UnaryOperation | x = unop y; this class represents unary operations. |
Class Summary | |
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KeywordVariable | Java and our three address code contain two 'special' variables that correspond with Java keywords and must be treated in a different manner than traditional source code variables. |
SourceVariable | A source variable is a variable in three address code that actually existed in the original Java source code. |
SuperVariable | The Super class represents the super keyword. |
TempVariable | Temporary variables created during the course of translating to three address code are represented by instances of this class. |
ThisVariable | This class represents the this keyword, which is treated much like
any other variable. |
TypeVariable | In Java you can make calls that look like the following:System.exit(0); Here System is a class, but because out is a static field we access it directly from the class name. |
Variable | This class is the abstract super type of all variables in the three address code representation of a given Java program. |
Enum Summary | |
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BinaryOperator | Binary operators including arithmetic, relational, and bitwise operators as well as bit shifts and string concatenation. |
UnaryOperator | Unary operators. |
The interfaces for the three-address code (TAC) instructions and variables.
TACInstruction
,
Variable
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