Commit a872a2f2 authored by Marion HUNAULT's avatar Marion HUNAULT Committed by Gerson SUNYE
Browse files

Correction #904 String toString

parent 2d3a3528
......@@ -91,6 +91,7 @@ helper def: allMeasures(project : java!Model): Set(smm!Measure) =
thisModule.integerInstantiation(),
-- #FIXME:
-- thisModule.startsWith(),
thisModule.stringToString(),
thisModule.tooFewBranchesForASwitchStatement(),
-- #FIXME: thisModule.useArraysAsList(),
thisModule.useIndexOfChar(),
......@@ -152,7 +153,6 @@ helper def: allMeasures(project : java!Model): Set(smm!Measure) =
-- thisModule.replaceVectorToList()
-- thisModule.unusedPrivateMethod ()
-- thisModule.avoidThrowingNewInstanceOfSameException(),
-- thisModule.stringToString(),
-- thisModule.methodWithSameNameAsEnclosingClass(),
-- thisModule.dontUseFloatTypeForLoopIndices(),
-- thisModule.methodWithSameNameAsEnclosingClass(),
......@@ -1895,6 +1895,25 @@ rule MesureShortVariableName(variable : java!VariableDeclaration) {
}
}
--- Creates a new Measure when the method toString() is unnecessarily invoked.
rule MeasureStringToString(method : java!MethodInvocation) {
to
om: smm!ObservedMeasure (
measure <- noc,
measurements <- measurement
),
noc: smm!DimensionalMeasure (
name <- 'StringToString',
shortDescription <- 'Avoid calling toString() on objects already known to be string instances; this is unnecessary.'
),
measurement: smm!DirectMeasurement (
error <- 'The Object ' + method.expression.variable.name + ' is already a String in ' + method.originalCompilationUnit.name
)
do {
noc;
}
}
--- A Measure instance if the class violates the rule 'TooManyFields'.
-- #FIXME: Typo
rule MesureTooManyFields(class : java!ClassDeclaration) {
......@@ -2083,8 +2102,4 @@ helper context java!FieldDeclaration def: getBodyDeclarationName() : String =
-- ATTENTION !!!
-- Before adding a new rule in the end of the file, remember that rules respect an alphabetical order.
-- Before adding a new rule in the end of the file, remember that rules respect an alphabetical order.
\ No newline at end of file
library performance;
--------------------------------------------- UselessStringValueOf---------------------------------------------
--Goes through all the methods to check if the following rule is followed:
--No need to call String.valueOf to append to a string; just use the valueOf() argument directly.
helper def: uselessStringValueOf() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select (m | m.method.name='valueOf' )
-> select (m | m.refImmediateComposite().oclIsTypeOf(java!InfixExpression))
-> collect (m | thisModule.MeasureUselessStringValueOf(m));
------------------------------------ TooFewBranchesForASwitchStatement--------------------------------------
-- Returns a set of measures for each switch statement that violates the rule : number of switch cases < 3
-- To test, use input model : tooFewBranchesForASwitchStatement.xmi
helper def: tooFewBranchesForASwitchStatement(): Set(smm!Measure) =
-- If the number of switch cases for the current switch statement is < 3 then add a new measure to the set
java!SwitchStatement.allInstances()
-> select (switchStatement | thisModule.nbBranchesOfASwitchStatement(switchStatement) < 3)
-> collect (switchStatement | thisModule.MeasureTooFewBranchesForASwitchStatement(switchStatement))
;
--------------------------------------------- UseIndexOfChar---------------------------------------------
--Goes through all the MethodInvocation to check if the following rule is followed:
--Use String.indexOf(char) when checking for the index of a single character; it executes faster.
helper def: useIndexOfChar() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select (m | m.method.name='indexOf')
-> select (m | m.arguments.size() = 1)
-> select (m | not m.arguments.first().oclIsTypeOf(java!CharacterLiteral))
-> collect (m | thisModule.MeasureUseIndexOfChar(m))
;
--------------------------------------------- avoidThrowingNewInstanceOfSameException ---------------------------------------------
-- Returns a set of Measures for each catch block throws a new instance of the caught exception
helper def: avoidThrowingNewInstanceOfSameException() : Set(smm!Measure) =
java!CatchClause.allInstances() ->iterate(catch; catchRes : Set(smm!Measure) = Set{} |
if catch.body <> OclUndefined
then catch.body.statements
-> select(catchStatement | catchStatement.oclIsTypeOf(java!ThrowStatement)
and catchStatement.expression.oclIsTypeOf(java!ClassInstanceCreation))
-> select(catchStatement | catchStatement.expression.type.type.name = catch.exception.type.type.name)
-> collect(catchStatement | catchStatement.expression.arguments)
-> iterate(arguments; argumentsRes : Set(smm!Measure) = Set{} |
arguments
-> select(argument | argument.oclIsTypeOf(java!SingleVariableAccess))
-> select(argument | argument.variable.name = catch.exception.name)
-> collect(argument | thisModule.MeasureAvoidThrowingNewInstanceOfSameException(catch))
)
else catchRes
endif
);
--------------------------------------------- AvoidUsingShortType---------------------------------------------
--Detects the use of the primitive type 'short' for rule AvoidUsingShortType. Prefer the use of 'int' instead of 'short'.
helper def: avoidUsingShortType() : Set(smm!Measure) =
java!VariableDeclarationStatement.allInstances()
->select(variable | variable.type.type.name = 'short')
->collect(variable | thisModule.MeasureAvoidUsingShortType(variable));
--------------------------------------------- ShortInstantiation ---------------------------------------------
-- Rule for metrics ShortInstantiation : return the set of class Measures that violates the rule.
helper def: shortInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all class who declare a Short type
->select(it| it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Short')
-- collect every results and send an error message
->collect(it2|thisModule.MeasureShortInstantiation(it2.originalCompilationUnit))
;
--------------------------------------------- LongInstantiation ---------------------------------------------
-- Rule for metricsLongInstantiation : return the set of class Measures that violates the rule.
helper def: longInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all class who declare a Long type
->select(it| it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Long')
-- collect every results and send an error message
->collect(it2|thisModule.MeasureLongInstantiation(it2.originalCompilationUnit))
;
--------------------------------------------- AvoidRethrowingException ---------------------------------------------
-- Rule for metrics AvoidRethrowingException :
helper def: avoidRethrowingException() : Set (smm!Measure) =
-- Browse through all try statements
java!TryStatement.allInstances() ->iterate(tryStatement; res : Set(smm!Measure) = Set{} |
tryStatement.catchClauses
->select(catchClause | catchClause.body <> OclUndefined and catchClause.body.statements.size() = 1)
->collect(catchClause | catchClause.body.statements)
->iterate(catchStatement; res1 : Set(smm!Measure) = Set{} |
catchStatement
->select(catchState | catchState.oclIsTypeOf(java!ThrowStatement))
->collect(catchState | thisModule.MeasureAvoidRethrowingException(catchState))
)
);
--------------------------------------------- IntegerInstantiation ---------------------------------------------
-- Rule for metricsIntegerInstantiation : returns the set of class Measures that violates the rule.
helper def: integerInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all classes that declare an Integer type
->select(it|it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Integer')
-- collect every result and sends an error message
->collect(it2|thisModule.MeasureIntegerInstantiation(it2.originalCompilationUnit))
;
--------------------------------------------- Use ArrayList Instead Of Vector ---------------------------------------------
helper def: UseArrayListInsteadOfVector() : Set(smm!Measure) =
-- Browse through all class(CompilationUnit)
--On recupere tout les new Vector et on verifie que le Vector appelé appartient au package java.utile
java!ConstructorDeclaration.allInstances()->
collect(i|i.abstractTypeDeclaration)
->select(p|p.name='Vector')->collect(i|i.package)
->select(p|p.name='util')->collect(i|i.package)
->select(p|p.name='java')
->collect(i |thisModule.RuleUseArrayListInsteadOfVector(i));
--------------------------------------------- StringToString ---------------------------------------------
-- Rule for metrics stringToString : returns the set of class Measures that violates the rule.
helper def: stringToString() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select( i | i.method.name = 'toString' and i.expression.variable.variablesContainer.type.type.name = 'String')
-> collect ( i | thisModule.MeasureStringToString(i) )
;
--------------------------------------------- start with ---------------------------------------------
helper def: startsWith() : Set(smm!Measure) =
-- Take all MethodInvocation with allInstances()
java!MethodInvocation.allInstances()
->select(it| it.method.name= 'startsWith')
->select(it2| thisModule.isLengthUnder1(it2.arguments.first()))
->collect(err|thisModule.MeasureStartWith(err));
----- <=3 because we have to ignore '"' at begin and at end
helper def:isLengthUnder1(s:java!StringLiteral): Boolean =
s.escapedValue.size() <= 3 ;
--------------------------------------------- insufficientStringBufferDeclaration --------------------------------------------------------
helper def: insufficientStringBufferDeclaration() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
->select(it| it.method.name = 'append')
->select(it1| it1.method.abstractTypeDeclaration.name = 'StringBuffer' or it1.method.abstractTypeDeclaration.name = 'StringBuilder')
->select(it2|thisModule.unsuffisentInisialization(it2.expression, it2.arguments.first()))
->collect(it2|thisModule.MeasureInsufficientStringBufferDeclaration(it2.originalCompilationUnit))
;
-- -2 to ignone " at the begin and at end
helper def:unsuffisentInisialization(variable:java!SingleVariableAccess, str:java!StringLiteral): Boolean =
str.escapedValue.size()-2 > thisModule.FixedSize(variable.variable.initializer);
helper def:FixedSize(variable:java!ClassInstanceCreation): Integer =
if variable.arguments.size() = 0 then
16
else
if variable.arguments.first().oclIsTypeOf(java!NumberLiteral) then
thisModule.sizeOf(variable.arguments.first())
else
thisModule.sizeOfLitteral(variable.arguments.first())
endif
endif;
helper def:sizeOfLitteral(variable:java!StringLiteral): Integer =
variable.escapedValue.size();
helper def:sizeOf(variable:java!NumberLiteral): Integer =
variable.tokenValue.toInteger();
------------------------------------------- AddEmptyString ------------------------------------------------------------------------------------
helper def: addEmptyString() : Set(smm!Measure) =
java!InfixExpression.allInstances()
->select(expression | expression.operator.name = '+')
->select(expression | (expression.leftOperand.oclIsTypeOf(java!StringLiteral) and expression.rightOperand.oclIsTypeOf(java!NumberLiteral)) or (expression.leftOperand.oclIsTypeOf(java!NumberLiteral) and expression.rightOperand.oclIsTypeOf(java!StringLiteral)))
->collect(expression | thisModule.MesureAddEmptyString(expression.originalCompilationUnit));
------------------------------------------- UseArraysAsList ------------------------------------------------------------------------------------
helper def: useArraysAsList() : Set(smm!Measure) =
java!ForStatement.allInstances()
->select(st | st.body.statements.size() = 1)
->select(st | st.body.statements.get(0).expression.method.name = 'add')
->select(st | st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'Collection'
or st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'List'
or st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'ArrayList')
->select(st | st.body.statements.get(0).expression.expression.variable.initializer.type.type.type.type.name = 'ArrayList')
->select(st | st.body.statements.get(0).expression.arguments.size() = 1
and st.body.statements.get(0).expression.arguments.get(0).oclIsTypeOf(java!ArrayAccess))
->select(st | st.body.statements.get(0).expression.arguments.get(0).array.variable.type.type.oclIsTypeOf(java!ArrayType))
->collect(st | thisModule.MeasureUseArraysAsList(st.originalCompilationUnit));
------------------------------------------- InefficientEmptyStringCheck ------------------------------------------------------------------------------------
helper def: inefficientEmptyStringCheck() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
->select(i | i.method.name = 'isEmpty')
->select(i | i.expression.oclIsTypeOf(java!MethodInvocation))
->select(i | thisModule.expressionMethodIs(i.expression,'trim'))
->collect(i | thisModule.MeasureInefficientEmptyStringCheck(i));
helper def: inefficientEmptyStringCheck2() : Set(smm!Measure) =
java!InfixExpression.allInstances()
->select(i | i.rightOperand.oclIsTypeOf(java!NumberLiteral))
->select(i | i.rightOperand.tokenValue = '0')
->select(i | i.leftOperand.oclIsTypeOf(java!MethodInvocation))
->select(i | i.leftOperand.method.name = 'length')
->select(i | i.leftOperand.expression.oclIsTypeOf(java!MethodInvocation))
->select(i | i.leftOperand.expression.method.name = 'trim')
->collect(i | thisModule.MeasureInefficientEmptyStringCheck(i));
helper def: expressionMethodIs(expr: java!Expression,str: String) : Boolean =
expr.method.name = str;
--------------------------------------------- AvoidInstantiatingObjectInLoops ---------------------------------------------
helper def: avoidInstantiatingObjectsInLoops(): Set(smm!Measure) =
java!Statement.allInstances()
->select(s | s.oclIsTypeOf(java!ForStatement) or s.oclIsTypeOf(java!DoStatement) or s.oclIsTypeOf(java!WhileStatement))
->select(s | s.body.statements
->select(s2 | s2.oclIsTypeOf(java!VariableDeclarationStatement))
->select(s2 | s2.fragments->exists(f | f.oclIsTypeOf(java!VariableDeclarationFragment)))
->exists(s2 | s2.fragments->exists(f | f.initializer.oclIsTypeOf(java!ClassInstanceCreation)))
)
->collect(s | thisModule.MeasureAvoidInstantiatingObjectInLoops(s));
\ No newline at end of file
library performance;
--- AddEmptyString
helper def: addEmptyString() : Set(smm!Measure) =
java!InfixExpression.allInstances()
->select(expression | expression.operator.name = '+')
->select(expression | (expression.leftOperand.oclIsTypeOf(java!StringLiteral) and expression.rightOperand.oclIsTypeOf(java!NumberLiteral)) or (expression.leftOperand.oclIsTypeOf(java!NumberLiteral) and expression.rightOperand.oclIsTypeOf(java!StringLiteral)))
->collect(expression | thisModule.MesureAddEmptyString(expression.originalCompilationUnit))
;
--- AvoidInstantiatingObjectInLoops
helper def: avoidInstantiatingObjectsInLoops(): Set(smm!Measure) =
java!Statement.allInstances()
->select(s | s.oclIsTypeOf(java!ForStatement) or s.oclIsTypeOf(java!DoStatement) or s.oclIsTypeOf(java!WhileStatement))
->select(s | s.body.statements
->select(s2 | s2.oclIsTypeOf(java!VariableDeclarationStatement))
->select(s2 | s2.fragments->exists(f | f.oclIsTypeOf(java!VariableDeclarationFragment)))
->exists(s2 | s2.fragments->exists(f | f.initializer.oclIsTypeOf(java!ClassInstanceCreation)))
)
->collect(s | thisModule.MeasureAvoidInstantiatingObjectInLoops(s))
;
--- AvoidRethrowingException
-- Rule for metrics AvoidRethrowingException :
helper def: avoidRethrowingException() : Set (smm!Measure) =
-- Browse through all try statements
java!TryStatement.allInstances() ->iterate(tryStatement; res : Set(smm!Measure) = Set{} |
tryStatement.catchClauses
->select(catchClause | catchClause.body <> OclUndefined and catchClause.body.statements.size() = 1)
->collect(catchClause | catchClause.body.statements)
->iterate(catchStatement; res1 : Set(smm!Measure) = Set{} |
catchStatement
->select(catchState | catchState.oclIsTypeOf(java!ThrowStatement))
->collect(catchState | thisModule.MeasureAvoidRethrowingException(catchState))
)
)
;
--- AvoidThrowingNewInstanceOfSameException
-- Returns a set of Measures for each catch block throws a new instance of the caught exception
helper def: avoidThrowingNewInstanceOfSameException() : Set(smm!Measure) =
java!CatchClause.allInstances() ->iterate(catch; catchRes : Set(smm!Measure) = Set{} |
if catch.body <> OclUndefined
then catch.body.statements
-> select(catchStatement | catchStatement.oclIsTypeOf(java!ThrowStatement)
and catchStatement.expression.oclIsTypeOf(java!ClassInstanceCreation))
-> select(catchStatement | catchStatement.expression.type.type.name = catch.exception.type.type.name)
-> collect(catchStatement | catchStatement.expression.arguments)
-> iterate(arguments; argumentsRes : Set(smm!Measure) = Set{} |
arguments
-> select(argument | argument.oclIsTypeOf(java!SingleVariableAccess))
-> select(argument | argument.variable.name = catch.exception.name)
-> collect(argument | thisModule.MeasureAvoidThrowingNewInstanceOfSameException(catch))
)
else catchRes
endif
)
;
--- AvoidUsingShortType
-- Detects the use of the primitive type 'short' for rule AvoidUsingShortType. Prefer the use of 'int' instead of 'short'.
helper def: avoidUsingShortType() : Set(smm!Measure) =
java!VariableDeclarationStatement.allInstances()
->select(variable | variable.type.type.name = 'short')
->collect(variable | thisModule.MeasureAvoidUsingShortType(variable))
;
--- InefficientEmptyStringCheck
helper def: inefficientEmptyStringCheck() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
->select(i | i.method.name = 'isEmpty')
->select(i | i.expression.oclIsTypeOf(java!MethodInvocation))
->select(i | thisModule.expressionMethodIs(i.expression,'trim'))
->collect(i | thisModule.MeasureInefficientEmptyStringCheck(i));
helper def: inefficientEmptyStringCheck2() : Set(smm!Measure) =
java!InfixExpression.allInstances()
->select(i | i.rightOperand.oclIsTypeOf(java!NumberLiteral))
->select(i | i.rightOperand.tokenValue = '0')
->select(i | i.leftOperand.oclIsTypeOf(java!MethodInvocation))
->select(i | i.leftOperand.method.name = 'length')
->select(i | i.leftOperand.expression.oclIsTypeOf(java!MethodInvocation))
->select(i | i.leftOperand.expression.method.name = 'trim')
->collect(i | thisModule.MeasureInefficientEmptyStringCheck(i));
helper def: expressionMethodIs(expr: java!Expression,str: String) : Boolean =
expr.method.name = str;
--- InsufficientStringBufferDeclaration
helper def: insufficientStringBufferDeclaration() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
->select(it| it.method.name = 'append')
->select(it1| it1.method.abstractTypeDeclaration.name = 'StringBuffer' or it1.method.abstractTypeDeclaration.name = 'StringBuilder')
->select(it2|thisModule.unsuffisentInisialization(it2.expression, it2.arguments.first()))
->collect(it2|thisModule.MeasureInsufficientStringBufferDeclaration(it2.originalCompilationUnit))
;
-- -2 to ignone " at the begin and at end
helper def:unsuffisentInisialization(variable:java!SingleVariableAccess, str:java!StringLiteral): Boolean =
str.escapedValue.size()-2 > thisModule.FixedSize(variable.variable.initializer);
helper def:FixedSize(variable:java!ClassInstanceCreation): Integer =
if variable.arguments.size() = 0 then
16
else
if variable.arguments.first().oclIsTypeOf(java!NumberLiteral) then
thisModule.sizeOf(variable.arguments.first())
else
thisModule.sizeOfLitteral(variable.arguments.first())
endif
endif;
helper def:sizeOfLitteral(variable:java!StringLiteral): Integer =
variable.escapedValue.size();
helper def:sizeOf(variable:java!NumberLiteral): Integer =
variable.tokenValue.toInteger();
--- IntegerInstantiation
-- Rule for metricsIntegerInstantiation : returns the set of class Measures that violates the rule.
helper def: integerInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all classes that declare an Integer type
->select(it|it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Integer')
-- collect every result and sends an error message
->collect(it2|thisModule.MeasureIntegerInstantiation(it2.originalCompilationUnit))
;
--- LongInstantiation
-- Rule for metricsLongInstantiation : return the set of class Measures that violates the rule.
helper def: longInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all class who declare a Long type
->select(it| it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Long')
-- collect every results and send an error message
->collect(it2|thisModule.MeasureLongInstantiation(it2.originalCompilationUnit))
;
--- ShortInstantiation
-- Rule for metrics ShortInstantiation : return the set of class Measures that violates the rule.
helper def: shortInstantiation() : Set(smm!Measure) =
-- Take all ClassInstanceCreation with allInstances()
java!ClassInstanceCreation.allInstances()
-- Select all class who declare a Short type
->select(it| it.method.oclIsTypeOf(java!ConstructorDeclaration) and it.method.name = 'Short')
-- collect every results and send an error message
->collect(it2|thisModule.MeasureShortInstantiation(it2.originalCompilationUnit))
;
--- Start with
helper def: startsWith() : Set(smm!Measure) =
-- Take all MethodInvocation with allInstances()
java!MethodInvocation.allInstances()
->select(it| it.method.name= 'startsWith')
->select(it2| thisModule.isLengthUnder1(it2.arguments.first()))
->collect(err|thisModule.MeasureStartWith(err))
;
-- <=3 because we have to ignore '"' at begin and at end
helper def:isLengthUnder1(s:java!StringLiteral): Boolean =
s.escapedValue.size() <= 3
;
--- StringToString
-- Rule for metrics stringToString : returns the set of class Measures that violates the rule.
helper def: stringToString() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select( i | i.method.name = 'toString')
-> select( i | i.expression.oclIsTypeOf(java!SingleVariableAccess))
-> select( i | i.expression.variable.oclIsTypeOf(java!VariableDeclarationFragment))
-> select( i | not i.expression.variable.variablesContainer.type.oclIsUndefined())
-> select( i | not i.expression.variable.variablesContainer.type.type.oclIsUndefined())
-> select( i | i.expression.variable.variablesContainer.type.type.name = 'String')
-> collect ( i | thisModule.MeasureStringToString(i) )
;
--- TooFewBranchesForASwitchStatement
-- Returns a set of measures for each switch statement that violates the rule : number of switch cases < 3
-- To test, use input model : tooFewBranchesForASwitchStatement.xmi
helper def: tooFewBranchesForASwitchStatement(): Set(smm!Measure) =
-- If the number of switch cases for the current switch statement is < 3 then add a new measure to the set
java!SwitchStatement.allInstances()
-> select (switchStatement | thisModule.nbBranchesOfASwitchStatement(switchStatement) < 3)
-> collect (switchStatement | thisModule.MeasureTooFewBranchesForASwitchStatement(switchStatement))
;
--- UseArraysAsList
helper def: useArraysAsList() : Set(smm!Measure) =
java!ForStatement.allInstances()
->select(st | st.body.statements.size() = 1)
->select(st | st.body.statements.get(0).expression.method.name = 'add')
->select(st | st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'Collection'
or st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'List'
or st.body.statements.get(0).expression.method.abstractTypeDeclaration.name = 'ArrayList')
->select(st | st.body.statements.get(0).expression.expression.variable.initializer.type.type.type.type.name = 'ArrayList')
->select(st | st.body.statements.get(0).expression.arguments.size() = 1
and st.body.statements.get(0).expression.arguments.get(0).oclIsTypeOf(java!ArrayAccess))
->select(st | st.body.statements.get(0).expression.arguments.get(0).array.variable.type.type.oclIsTypeOf(java!ArrayType))
->collect(st | thisModule.MeasureUseArraysAsList(st.originalCompilationUnit))
;
--- Use ArrayList Instead Of Vector
helper def: UseArrayListInsteadOfVector() : Set(smm!Measure) =
-- Browse through all class(CompilationUnit)
-- On recupere tout les new Vector et on verifie que le Vector appelé appartient au package java.utile
java!ConstructorDeclaration.allInstances()->
collect(i|i.abstractTypeDeclaration)
->select(p|p.name='Vector')->collect(i|i.package)
->select(p|p.name='util')->collect(i|i.package)
->select(p|p.name='java')
->collect(i |thisModule.RuleUseArrayListInsteadOfVector(i))
;
--- UseIndexOfChar
--Goes through all the MethodInvocation to check if the following rule is followed:
--Use String.indexOf(char) when checking for the index of a single character; it executes faster.
helper def: useIndexOfChar() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select (m | m.method.name='indexOf')
-> select (m | m.arguments.size() = 1)
-> select (m | not m.arguments.first().oclIsTypeOf(java!CharacterLiteral))
-> collect (m | thisModule.MeasureUseIndexOfChar(m))
;
--- UselessStringValueOf
--Goes through all the methods to check if the following rule is followed:
--No need to call String.valueOf to append to a string; just use the valueOf() argument directly.
helper def: uselessStringValueOf() : Set(smm!Measure) =
java!MethodInvocation.allInstances()
-> select (m | m.method.name='valueOf' )
-> select (m | m.refImmediateComposite().oclIsTypeOf(java!InfixExpression))
-> collect (m | thisModule.MeasureUselessStringValueOf(m))
;
\ No newline at end of file
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