anna feda077bb7 inline variable: captured wildcard != wildcard so isAssignable should be used in order to avoid redundant class casts (IDEA-27243); though isAssignable can't replace equals as for primitive types cast can change expr semantics, e.g. (float)intVar1/intVar2

2010-06-03 12:39:37 +04:00

..

AnotherDefinitionUsed1.java

…

AnotherDefinitionUsed.java

…

ArrayInitializer.java

…

ArrayInitializer.java.after

…

AugmentedAssignment.java

…

AugmentedAssignment.java.after

…

IdeaDEV9404.java

…

IdeaDEV9404.java.after

…

IDEADEV950.java

…

IDEADEV950.java.after

…

IDEADEV10376.java

…

IDEADEV10376.java.after

…

IDEADEV12244.java

…

IDEADEV12244.java.after

…

IDEADEV13151.java

…

IDEADEV13151.java.after

…

Inference.java

…

Inference.java.after

…

NewExpression.java

…

NewExpression.java.after

…

NoRedundantCasts.java

…

NoRedundantCasts.java.after

…

Qualifier.java

…

Qualifier.java.after

…

TypeArguments.java

…

TypeArguments.java.after

…

TypeArgumentsStatic.java

…

TypeArgumentsStatic.java.after

…

UsedInInnerClass2.java

…

UsedInInnerClass2.java.after

…

UsedInInnerClass3.java

…

UsedInInnerClass3.java.after

…

UsedInInnerClass4.java

…

UsedInInnerClass4.java.after

…

UsedInInnerClass.java

…

UsedInInnerClass.java.after

…

Wildcard.java

inline variable: captured wildcard != wildcard so isAssignable should be used in order to avoid redundant class casts (IDEA-27243); though isAssignable can't replace equals as for primitive types cast can change expr semantics, e.g. (float)intVar1/intVar2

2010-06-03 12:39:37 +04:00

Wildcard.java.after

inline variable: captured wildcard != wildcard so isAssignable should be used in order to avoid redundant class casts (IDEA-27243); though isAssignable can't replace equals as for primitive types cast can change expr semantics, e.g. (float)intVar1/intVar2

2010-06-03 12:39:37 +04:00