Please wait. This can take some minutes ...
Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $
You can buy this project and download/modify it how often you want.
fr.inria.prophet4j.feature.enhanced.EnhancedFeature Maven / Gradle / Ivy
package fr.inria.prophet4j.feature.enhanced;
import fr.inria.prophet4j.feature.Feature;
public interface EnhancedFeature extends Feature {
int AF_SIZE = AtomicFeature.values().length; // 44
int RF_SIZE = RepairFeature.values().length; // 5
int VF_SIZE = ValueFeature.values().length; // 28
int FEATURE_BASE_0 = 0;
int FEATURE_BASE_1 = FEATURE_BASE_0 + RF_SIZE;
// srcAF * RF
int FEATURE_BASE_2 = FEATURE_BASE_1 + POS_SIZE * AF_SIZE * RF_SIZE;
// srcVF * RF
int FEATURE_BASE_3 = FEATURE_BASE_2 + POS_SIZE * VF_SIZE * RF_SIZE; // newly added
// dstAF * srcAF
int FEATURE_BASE_4 = FEATURE_BASE_3 + POS_SIZE * AF_SIZE * AF_SIZE;
// srcVF * srcAF
int FEATURE_BASE_5 = FEATURE_BASE_4 + POS_SIZE * VF_SIZE * AF_SIZE; // newly added
// dstAF * dstRF
int FEATURE_BASE_6 = FEATURE_BASE_5 + AF_SIZE * RF_SIZE; // newly added
// dstVF * dstRF
int FEATURE_BASE_7 = FEATURE_BASE_6 + VF_SIZE * RF_SIZE; // newly added
// dstAF * dstVF
int FEATURE_SIZE = FEATURE_BASE_7 + AF_SIZE * VF_SIZE;
// int FEATURE_BASE_0 = 0;
// int FEATURE_BASE_1 = FEATURE_BASE_0 + POS_SIZE * AF_SIZE; // for src
// int FEATURE_BASE_2 = FEATURE_BASE_1 + POS_SIZE * AF_SIZE; // for dst
// int FEATURE_SIZE = FEATURE_BASE_2 + RF_SIZE * SF_SIZE;
enum CrossType implements EnhancedFeature {
RF_CT, // RepairFeatureNum = RepairFeatureNum
POS_AF_RF_CT, // GlobalFeatureNum = 3 * AtomFeatureNum * RepairFeatureNum
POS_VF_RF_CT, // newly added
POS_AF_AF_CT, // VarCrossFeatureNum = 3 * AtomFeatureNum * AtomFeatureNum
POS_VF_AF_CT, // newly added
AF_RF_CT, // newly added
VF_RF_CT, // newly added
AF_VF_CT, // ValueCrossFeatureNum = AtomFeatureNum * ValueFeatureNum
// POS_AF_CT4SRC, // AtomicCrossFeatureNum = 3 * AtomFeatureNum
// POS_AF_CT4DST, // AtomicCrossFeatureNum = 3 * AtomFeatureNum
// RF_SF_CT, // ValueCrossFeatureNum = RepairFeatureNum * ValueFeatureNum
}
// enumerate atomic features as more as possible
enum AtomicFeature implements EnhancedFeature {
/**
* temporary features 7
*/
CHANGED_AF, // ++a --a a++ a-- += -= *= /= =
DEREF_AF, // []
INDEX_AF, // []
CALLEE_AF,
CALL_ARGUMENT_AF,
ABSTRACT_V_AF,
MEMBER_ACCESS_AF,
/**
* STMT 10
*/
STMT_LABEL_SF, // label
STMT_LOOP_SF, // for foreach do while
STMT_ASSIGN_SF, // =
STMT_CALL_SF, // print()
STMT_COND_SF, // if ...
STMT_CONTROL_SF, // break continue return throw
R_STMT_ASSIGN_SF, // replace version
R_STMT_CALL_SF, // replace version
R_STMT_COND_SF, // replace version
R_STMT_CONTROL_SF, // replace version
/**
* Assignment Operators 6
*/
AOP_ASSIGN_AF, // =
AOP_PLUS_AF, // +=
AOP_MINUS_AF, // -=
AOP_MUL_AF, // *=
AOP_DIV_AF, // /=
AOP_MOD_AF, // %=
// bitOP should be rare
// AOP_BITAND_AF, // &=
// AOP_BITOR_AF, // |=
// AOP_BITXOR_AF, // ^=
// AOP_SL_AF, // <<=
// AOP_SR_AF, // >>=
// AOP_USR_AF, // >>>=
/**
* Binary Operators 14
*/
BOP_PLUS_AF, // a+b
BOP_MINUS_AF, // a-b
BOP_MUL_AF, // a*b
BOP_DIV_AF, // a/b
BOP_MOD_AF, // a%b
BOP_LE_AF, // <=
BOP_LT_AF, // <
BOP_GE_AF, // >=
BOP_GT_AF, // >
BOP_EQ_AF, // ==
BOP_NE_AF, // !=
BOP_AND_AF, // &&
BOP_OR_AF, // ||
BOP_INSTANCEOF_AF, // instanceof
// bitOP should be rare
// BOP_BITAND_AF, // &
// BOP_BITOR_AF, // |
// BOP_BITXOR_AF, // ^
// BOP_SL_AF, // <<
// BOP_SR_AF, // >>
// BOP_USR_AF, // >>>
/**
* Unary Operators 5
*/
UOP_NOT_AF, // !a
UOP_POS_AF, // +a
UOP_NEG_AF, // -a
UOP_INC_AF, // ++a a++
UOP_DEC_AF, // --a a--
// bitOP should be rare
// UOP_COMPL_AF, // ~a
/**
* Reference 2
*/
REF_SUPER_AF,
REF_THIS_AF,
// /**
// * Flow 16
// */
// BRANCH 5
// FB_IF_AF,
// FB_ELSE_AF,
// FB_SWITCH_AF,
// FB_CASE_AF,
// FB_DEFAULT_AF,
// CONTROL 3
// FC_BREAK_AF,
// FC_CONTINUE_AF,
// FC_RETURN_AF,
// Exception 5
// FE_ASSERT_AF,
// FE_TRY_AF,
// FE_CATCH_AF,
// FE_FINALLY_AF,
// FE_THROW_AF,
// Loop 3
// FL_DO_AF,
// FL_FOR_AF,
// FL_WHILE_AF,
/*
// whether should we consider <> and : or not ?
// other Operators 1
// OOP_CONDITIONAL_AF, // ?: I guess it belongs to CtConditional
// Separator 6 http://www.cafeaulait.org/course/week2/10.html
// SEP_PARENTHESES_AF, // ()
// SEP_BRACKETS_AF, // []
// SEP_BRACES_AF, // {}
// SEP_COMMA_AF, // ,
// SEP_PERIOD_AF, // .
// SEP_SEMICOLON_AF, // ;
*/
}
enum RepairFeature implements EnhancedFeature {
/**
* inserting a potentially guarded control statement before a program point (AddControlRepair in Prophet4C)
* IfExitKind
*/
INSERT_CONTROL_RF,
/**
* adding a guard condition to an existing statement (GuardRepair in Prophet4C)
* GuardKind
* SpecialGuardKind
*/
INSERT_GUARD_RF,
/**
* inserting a non-control statement before a program point (AddStmtRepair in Prophet4C)
* AddInitKind
* AddAndReplaceKind
*/
INSERT_STMT_RF,
/**
* replacing a branch condition (CondRepair in Prophet4C)
* TightenConditionKind
* LoosenConditionKind
*/
REPLACE_COND_RF,
/**
* replacing an existing statement (ReplaceStmtRepair in Prophet4C)
* ReplaceKind
* ReplaceStringKind
*/
REPLACE_STMT_RF,
// DELETE_STMT_RF, // case of delete one statement
// UNKNOWN_STMT_RF, // other unknown operations like moving one statement
}
// we should learn some ideas from tech-srl/code2vec someday
enum ValueFeature implements EnhancedFeature {
/**
* temporary features 6
*/
// CONSTANT_VF,
// VARIABLE_VF,
LOCAL_VARIABLE_VF,
GLOBAL_VARIABLE_VF,
FUNC_ARGUMENT_VF,
MEMBER_VF, // it should be similar to
MODIFIED_VF, // I guess it is not so important
MODIFIED_SIMILAR_VF, // I guess it is not so important
/**
* Literal 8
*/
// Common Values
LV_NULL_VF, // null
LV_BLANK_VF, // ""
LV_ZERO_VF, // 0 0.0
LV_EMPTY_VF, // empty collection
// Common Invocations
LI_GET_VF, // .get()
LI_SIZE_VF, // .size()
LI_LENGTH_VF, // .length()
LI_EQUALS_VF, // .equals()
// LV_OTHERS_VF, // Other Values (excluding Common Values)
// LI_OTHERS_VF, // Other Invocations (excluding Common Invocations)
// LP_OTHERS_VF, // Other Properties (excluding Common Properties)
/**
* Literal Types 14
*/
// Primitive Types (basic data types) 8
LT_BYTE_VF,
LT_CHAR_VF,
LT_SHORT_VF,
LT_INT_VF,
LT_LONG_VF,
LT_FLOAT_VF,
LT_DOUBLE_VF,
LT_BOOLEAN_VF,
// Common Object Types (Enum String ...) 2
LT_ENUM_VF,
LT_STRING_VF,
// Common Collection Types (List Map Queue Set ...) 4
LT_LIST_VF,
LT_MAP_VF,
LT_QUEUE_VF,
LT_SET_VF,
}
}