This is an automated email from the ASF dual-hosted git repository.
ggregory pushed a commit to branch master
in repository https://gitbox.apache.org/repos/asf/commons-bcel.git
commit 4490737a60d44825f89e4ad3859ed4d9982ddfbd
Author: Gary David Gregory (Code signing key) <ggreg...@apache.org>
AuthorDate: Sat Jun 22 08:49:49 2024 -0400
Fix PMD UnnecessaryFullyQualifiedName
---
.../org/apache/bcel/generic/ReferenceType.java | 54 +++++++++++-----------
1 file changed, 27 insertions(+), 27 deletions(-)
diff --git a/src/main/java/org/apache/bcel/generic/ReferenceType.java
b/src/main/java/org/apache/bcel/generic/ReferenceType.java
index 546bf0ae..8fb838b2 100644
--- a/src/main/java/org/apache/bcel/generic/ReferenceType.java
+++ b/src/main/java/org/apache/bcel/generic/ReferenceType.java
@@ -38,10 +38,10 @@ public abstract class ReferenceType extends Type {
/**
* This commutative operation returns the first common superclass
(narrowest ReferenceType referencing a class, not an
- * interface). If one of the types is a superclass of the other, the
former is returned. If "this" is Type.NULL, then t
- * is returned. If t is Type.NULL, then "this" is returned. If "this"
equals t ['this.equals(t)'] "this" is returned. If
- * "this" or t is an ArrayType, then Type.OBJECT is returned. If "this" or
t is a ReferenceType referencing an
- * interface, then Type.OBJECT is returned. If not all of the two classes'
superclasses cannot be found, "null" is
+ * interface). If one of the types is a superclass of the other, the
former is returned. If "this" is NULL, then t
+ * is returned. If t is NULL, then "this" is returned. If "this" equals t
['this.equals(t)'] "this" is returned. If
+ * "this" or t is an ArrayType, then {@link #OBJECT} is returned. If
"this" or t is a ReferenceType referencing an
+ * interface, then {@link #OBJECT} is returned. If not all of the two
classes' superclasses cannot be found, "null" is
* returned. See the JVM specification edition 2, "�4.9.2 The Bytecode
Verifier".
*
* @deprecated use getFirstCommonSuperclass(ReferenceType t) which has
slightly changed semantics.
@@ -49,45 +49,45 @@ public abstract class ReferenceType extends Type {
*/
@Deprecated
public ReferenceType firstCommonSuperclass(final ReferenceType t) throws
ClassNotFoundException {
- if (this.equals(Type.NULL)) {
+ if (this.equals(NULL)) {
return t;
}
- if (t.equals(Type.NULL) || this.equals(t)) {
+ if (t.equals(NULL) || this.equals(t)) {
return this;
/*
- * TODO: Above sounds a little arbitrary. On the other hand, there
is no object referenced by Type.NULL so we can also
- * say all the objects referenced by Type.NULL were derived from
{@link Object}. However, the Java Language's
+ * TODO: Above sounds a little arbitrary. On the other hand, there
is no object referenced by {@link #NULL} so we can also
+ * say all the objects referenced by {@link #NULL} were derived
from {@link Object}. However, the Java Language's
* "instanceof" operator proves us wrong: "null" is not referring
to an instance of {@link Object} :)
*/
}
if (this instanceof ArrayType || t instanceof ArrayType) {
- return Type.OBJECT;
- // TODO: Is there a proof of OBJECT being the direct ancestor of
every ArrayType?
+ return OBJECT;
+ // TODO: Is there a proof of {@link #OBJECT} being the direct
ancestor of every ArrayType?
}
return getFirstCommonSuperclassInternal(t);
}
/**
* This commutative operation returns the first common superclass
(narrowest ReferenceType referencing a class, not an
- * interface). If one of the types is a superclass of the other, the
former is returned. If "this" is Type.NULL, then t
- * is returned. If t is Type.NULL, then "this" is returned. If "this"
equals t ['this.equals(t)'] "this" is returned. If
- * "this" or t is an ArrayType, then Type.OBJECT is returned; unless their
dimensions match. Then an ArrayType of the
+ * interface). If one of the types is a superclass of the other, the
former is returned. If "this" is NULL, then t
+ * is returned. If t is NULL, then "this" is returned. If "this" equals t
['this.equals(t)'] "this" is returned. If
+ * "this" or t is an ArrayType, then {@link #OBJECT} is returned; unless
their dimensions match. Then an ArrayType of the
* same number of dimensions is returned, with its basic type being the
first common super class of the basic types of
- * "this" and t. If "this" or t is a ReferenceType referencing an
interface, then Type.OBJECT is returned. If not all of
+ * "this" and t. If "this" or t is a ReferenceType referencing an
interface, then {@link #OBJECT} is returned. If not all of
* the two classes' superclasses cannot be found, "null" is returned. See
the JVM specification edition 2, "�4.9.2 The
* Bytecode Verifier".
*
* @throws ClassNotFoundException on failure to find superclasses of this
type, or the type passed as a parameter
*/
public ReferenceType getFirstCommonSuperclass(final ReferenceType t)
throws ClassNotFoundException {
- if (this.equals(Type.NULL)) {
+ if (this.equals(NULL)) {
return t;
}
- if (t.equals(Type.NULL) || this.equals(t)) {
+ if (t.equals(NULL) || this.equals(t)) {
return this;
/*
- * TODO: Above sounds a little arbitrary. On the other hand, there
is no object referenced by Type.NULL so we can also
- * say all the objects referenced by Type.NULL were derived from
{@link Object}. However, the Java Language's
+ * TODO: Above sounds a little arbitrary. On the other hand, there
is no object referenced by {@link #NULL} so we can also
+ * say all the objects referenced by {@link #NULL} were derived
from {@link Object}. However, the Java Language's
* "instanceof" operator proves us wrong: "null" is not referring
to an instance of {@link Object} :)
*/
}
@@ -102,8 +102,8 @@ public abstract class ReferenceType extends Type {
}
}
if (this instanceof ArrayType || t instanceof ArrayType) {
- return Type.OBJECT;
- // TODO: Is there a proof of OBJECT being the direct ancestor of
every ArrayType?
+ return OBJECT;
+ // TODO: Is there a proof of {@link #OBJECT} being the direct
ancestor of every ArrayType?
}
return getFirstCommonSuperclassInternal(t);
}
@@ -111,7 +111,7 @@ public abstract class ReferenceType extends Type {
private ReferenceType getFirstCommonSuperclassInternal(final ReferenceType
t) throws ClassNotFoundException {
if (this instanceof ObjectType && ((ObjectType)
this).referencesInterfaceExact()
|| t instanceof ObjectType && ((ObjectType)
t).referencesInterfaceExact()) {
- return Type.OBJECT;
+ return OBJECT;
// TODO: The above line is correct comparing to the vmspec2. But
one could
// make class file verification a bit stronger here by using the
notion of
// superinterfaces or even castability or assignment compatibility.
@@ -138,7 +138,7 @@ public abstract class ReferenceType extends Type {
}
}
}
- // Huh? Did you ask for Type.OBJECT's superclass??
+ // Huh? Did you ask for OBJECT's superclass??
return null;
}
@@ -154,7 +154,7 @@ public abstract class ReferenceType extends Type {
return false;
}
final ReferenceType T = (ReferenceType) t;
- if (this.equals(Type.NULL)) {
+ if (this.equals(NULL)) {
return true; // This is not explicitly stated, but clear. Isn't it?
}
/*
@@ -183,7 +183,7 @@ public abstract class ReferenceType extends Type {
/*
* If T is a class type, then T must be Object (�2.4.7).
*/
- if (T instanceof ObjectType && ((ObjectType)
T).referencesClassExact() && T.equals(Type.OBJECT)) {
+ if (T instanceof ObjectType && ((ObjectType)
T).referencesClassExact() && T.equals(OBJECT)) {
return true;
}
/*
@@ -201,7 +201,7 @@ public abstract class ReferenceType extends Type {
/*
* If T is a class type, then T must be Object (�2.4.7).
*/
- if (T instanceof ObjectType && ((ObjectType)
T).referencesClassExact() && T.equals(Type.OBJECT)) {
+ if (T instanceof ObjectType && ((ObjectType)
T).referencesClassExact() && T.equals(OBJECT)) {
return true;
}
/*
@@ -242,14 +242,14 @@ public abstract class ReferenceType extends Type {
/**
* Return true iff this type is castable to another type t as defined in
the JVM specification. The case where this is
- * Type.NULL is not defined (see the CHECKCAST definition in the JVM
specification). However, because e.g. CHECKCAST
+ * {@link #NULL} is not defined (see the CHECKCAST definition in the JVM
specification). However, because e.g. CHECKCAST
* doesn't throw a ClassCastException when casting a null reference to any
Object, true is returned in this case.
*
* @throws ClassNotFoundException if any classes or interfaces required to
determine assignment compatibility can't be
* found
*/
public boolean isCastableTo(final Type t) throws ClassNotFoundException {
- if (this.equals(Type.NULL)) {
+ if (this.equals(NULL)) {
return t instanceof ReferenceType; // If this is ever changed in
isAssignmentCompatible()
}
return isAssignmentCompatibleWith(t);
