/**
* Uses the AST Visitor to check if the Methods are according to the conventions.
*
* @param f - Receives the opened File
* @param identifier - Receives the identifier to obtain the convention service of the list.
*/
public void visitorOfMethod(final File f, final int identifier) {
v =
new ASTVisitor() {
@Override
public boolean visit(MethodDeclaration node) {
if (!node.isConstructor()) {
String id = node.getName().getFullyQualifiedName();
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
}
return true;
}
};
javaServices.parseFile(f, v);
}
/**
* Uses the AST Visitor to check if the constants are according to the conventions.
*
* @param f - Receives the opened File
* @param identifier - Receives the identifier to obtain the convention service of the list.
*/
public void visitorOfConstants(final File f, final int identifier) {
v =
new ASTVisitor() {
public boolean visit(VariableDeclarationFragment node) {
String id = node.getName().getFullyQualifiedName();
if (lista
.get(identifier)
.verifyConvention(id, TypeOf.CONSTANTS)
.getCondition()) { // checkVariableLowerCase
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.CONSTANTS).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
if (lista
.get(identifier)
.verifyConvention(id, TypeOf.CONSTANTS)
.getCondition()) { // checkVariableDollar
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.CONSTANTS).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
if (lista
.get(identifier)
.verifyConvention(id, TypeOf.CONSTANTS)
.getCondition()) { // checkVariableUnderScore
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.CONSTANTS).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
return true;
};
};
javaServices.parseFile(f, v);
}
/**
* Uses the AST Visitor to check if the Enumerate is according to the conventions.
*
* @param f - Receives the opened File
* @param identifier - Receives the identifier to obtain the convention service of the list.
*/
public void visitorOfEnum(final File f, final int identifier) {
v =
new ASTVisitor() {
public boolean visit(EnumConstantDeclaration node) {
String id = node.getName().getFullyQualifiedName();
if (lista.get(identifier).verifyConvention(id, TypeOf.ENUM).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.ENUM).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
return true;
}
};
javaServices.parseFile(f, v);
}
/**
* Uses the AST Visitor to check if the methods that are being filtered with the modifier are
* according to the conventions
*
* @param f - Receives the opened File
* @param m - Receives the Modifier
* @param identifier - Receives the identifier to obtain the convention service of the list.
*/
public void visitorOfModifier(final File f, final int m, final int identifier) {
if (!listaModifier.isEmpty()) {
for (final FilterByModifier mod : listaModifier) {
v =
new ASTVisitor() {
@Override
public boolean visit(MethodDeclaration node) {
if (!node.isConstructor()) {
String id = node.getName().getFullyQualifiedName();
if (node.getModifiers() == mod.verificarModificadorMetodo()) {
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
}
}
return true;
}
};
javaServices.parseFile(f, v);
}
} else {
v =
new ASTVisitor() {
@Override
public boolean visit(MethodDeclaration node) {
if (!node.isConstructor()) {
String id = node.getName().getFullyQualifiedName();
if (node.getModifiers() == m) {
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
if (lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getCondition()) {
javaServices.addAnnotation(
f,
AnnotationType.WARNING,
lista.get(identifier).verifyConvention(id, TypeOf.METHOD).getWarning(),
node.getName().getStartPosition(),
node.getName().getLength());
}
}
}
return true;
}
};
javaServices.parseFile(f, v);
}
}
