public final class org.junit.platform.commons.util.ReflectionUtils extends java.lang.Object { private static final org.junit.platform.commons.logging.Logger logger; private static final java.util.regex.Pattern VM_INTERNAL_OBJECT_ARRAY_PATTERN; private static final java.util.regex.Pattern VM_INTERNAL_PRIMITIVE_ARRAY_PATTERN; private static final java.util.regex.Pattern SOURCE_CODE_SYNTAX_ARRAY_PATTERN; private static final java.lang.Class[] EMPTY_CLASS_ARRAY; private static final org.junit.platform.commons.util.ClasspathScanner classpathScanner; private static final java.util.Set noCyclesDetectedCache; private static final java.util.Map classNameToTypeMap; private static final java.util.Map primitiveToWrapperMap; private void () { org.junit.platform.commons.util.ReflectionUtils v; v := @this: org.junit.platform.commons.util.ReflectionUtils; specialinvoke v.()>(); return; } public static boolean isPublic(java.lang.Class) { int v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = staticinvoke (v); return v; } public static boolean isPublic(java.lang.reflect.Member) { int v; boolean v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; staticinvoke (v, "Member must not be null"); v = interfaceinvoke v.(); v = staticinvoke (v); return v; } public static boolean isPrivate(java.lang.Class) { int v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = staticinvoke (v); return v; } public static boolean isPrivate(java.lang.reflect.Member) { int v; boolean v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; staticinvoke (v, "Member must not be null"); v = interfaceinvoke v.(); v = staticinvoke (v); return v; } public static boolean isNotPrivate(java.lang.Class) { java.lang.Class v; boolean v, v; v := @parameter: java.lang.Class; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isNotPrivate(java.lang.reflect.Member) { boolean v, v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isAbstract(java.lang.Class) { int v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = staticinvoke (v); return v; } public static boolean isAbstract(java.lang.reflect.Member) { int v; boolean v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; staticinvoke (v, "Member must not be null"); v = interfaceinvoke v.(); v = staticinvoke (v); return v; } public static boolean isStatic(java.lang.Class) { int v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = staticinvoke (v); return v; } public static boolean isNotStatic(java.lang.Class) { java.lang.Class v; boolean v, v; v := @parameter: java.lang.Class; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isStatic(java.lang.reflect.Member) { int v; boolean v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; staticinvoke (v, "Member must not be null"); v = interfaceinvoke v.(); v = staticinvoke (v); return v; } public static boolean isNotStatic(java.lang.reflect.Member) { boolean v, v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isFinal(java.lang.Class) { int v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = staticinvoke (v); return v; } public static boolean isNotFinal(java.lang.Class) { java.lang.Class v; boolean v, v; v := @parameter: java.lang.Class; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isFinal(java.lang.reflect.Member) { int v; boolean v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; staticinvoke (v, "Member must not be null"); v = interfaceinvoke v.(); v = staticinvoke (v); return v; } public static boolean isNotFinal(java.lang.reflect.Member) { boolean v, v; java.lang.reflect.Member v; v := @parameter: java.lang.reflect.Member; v = staticinvoke (v); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isInnerClass(java.lang.Class) { java.lang.Class v; boolean v, v, v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = staticinvoke (v); if v != 0 goto label; v = virtualinvoke v.(); if v == 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean returnsVoid(java.lang.reflect.Method) { java.lang.Class v, v; java.lang.reflect.Method v; boolean v; v := @parameter: java.lang.reflect.Method; v = virtualinvoke v.(); v = ; v = virtualinvoke v.(v); return v; } public static boolean isArray(java.lang.Object) { java.lang.Class v; java.lang.Object v; boolean v, v; v := @parameter: java.lang.Object; if v == null goto label; v = virtualinvoke v.(); v = virtualinvoke v.(); if v == 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isMultidimensionalArray(java.lang.Object) { java.lang.Class v, v, v; java.lang.Object v; boolean v, v, v; v := @parameter: java.lang.Object; if v == null goto label; v = virtualinvoke v.(); v = virtualinvoke v.(); if v == 0 goto label; v = virtualinvoke v.(); v = virtualinvoke v.(); v = virtualinvoke v.(); if v == 0 goto label; v = 1; goto label; label: v = 0; label: return v; } public static boolean isAssignableTo(java.lang.Class, java.lang.Class) { java.util.Map v; java.lang.Class v, v; java.lang.Object v; boolean v, v, v, v, v, v; v := @parameter: java.lang.Class; v := @parameter: java.lang.Class; staticinvoke (v, "source type must not be null"); v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: staticinvoke (v, "source type must not be a primitive type"); staticinvoke (v, "target type must not be null"); v = virtualinvoke v.(v); if v == 0 goto label; return 1; label: v = virtualinvoke v.(); if v == 0 goto label; v = ; v = interfaceinvoke v.(v); if v == v goto label; v = staticinvoke (v, v); if v == 0 goto label; label: v = 1; goto label; label: v = 0; label: return v; label: return 0; } public static boolean isAssignableTo(java.lang.Object, java.lang.Class) { java.util.Map v; java.lang.Class v, v; java.lang.Object v, v; boolean v, v, v, v, v, v; v := @parameter: java.lang.Object; v := @parameter: java.lang.Class; staticinvoke (v, "target type must not be null"); if v != null goto label; v = virtualinvoke v.(); if v != 0 goto label; v = 1; goto label; label: v = 0; label: return v; label: v = virtualinvoke v.(v); if v == 0 goto label; return 1; label: v = virtualinvoke v.(); if v == 0 goto label; v = virtualinvoke v.(); v = ; v = interfaceinvoke v.(v); if v == v goto label; v = staticinvoke (v, v); if v == 0 goto label; label: v = 1; goto label; label: v = 0; label: return v; label: return 0; } static boolean isWideningConversion(java.lang.Class, java.lang.Class) { java.util.Map v, v; boolean v, v, v, v, v, v, v, v; java.lang.Class v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v, v; java.lang.Object v; v := @parameter: java.lang.Class; v := @parameter: java.lang.Class; v = virtualinvoke v.(); staticinvoke (v, "targetType must be primitive"); v = virtualinvoke v.(); v = ; v = interfaceinvoke v.(v); if v != 0 goto label; if v != 0 goto label; return 0; label: if v == 0 goto label; v = ; v = interfaceinvoke v.(v); label: if v != class "Ljava/lang/Byte;" goto label; v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v != v goto label; label: v = 1; goto label; label: v = 0; label: return v; label: if v == class "Ljava/lang/Short;" goto label; if v != class "Ljava/lang/Character;" goto label; label: v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v != v goto label; label: v = 1; goto label; label: v = 0; label: return v; label: if v != class "Ljava/lang/Integer;" goto label; v = ; if v == v goto label; v = ; if v == v goto label; v = ; if v != v goto label; label: v = 1; goto label; label: v = 0; label: return v; label: if v != class "Ljava/lang/Long;" goto label; v = ; if v == v goto label; v = ; if v != v goto label; label: v = 1; goto label; label: v = 0; label: return v; label: if v != class "Ljava/lang/Float;" goto label; v = ; if v != v goto label; v = 1; goto label; label: v = 0; label: return v; label: return 0; } public static java.lang.Class getWrapperType(java.lang.Class) { java.lang.Class v; java.lang.Object v; java.util.Map v; v := @parameter: java.lang.Class; v = ; v = interfaceinvoke v.(v); return v; } public static transient java.lang.Object newInstance(java.lang.Class, java.lang.Object[]) { java.lang.Throwable v, v; java.lang.Object[] v, v; java.lang.RuntimeException v; java.lang.reflect.Constructor v; java.util.function.Function v; java.util.stream.Stream v, v; java.lang.Class v; java.lang.Object v; java.util.function.IntFunction v; v := @parameter: java.lang.Class; v := @parameter: java.lang.Object[]; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Argument array must not be null"); staticinvoke (v, "Individual arguments must not be null"); label: v = staticinvoke (v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = virtualinvoke v.(v); v = staticinvoke (v, v); label: return v; label: v := @caughtexception; v = staticinvoke (v); v = staticinvoke (v); throw v; catch java.lang.Throwable from label to label with label; } public static transient java.lang.Object newInstance(java.lang.reflect.Constructor, java.lang.Object[]) { java.lang.Throwable v, v; java.lang.Object[] v; java.lang.reflect.AccessibleObject v; java.lang.Object v; java.lang.RuntimeException v; java.lang.reflect.Constructor v; v := @parameter: java.lang.reflect.Constructor; v := @parameter: java.lang.Object[]; staticinvoke (v, "Constructor must not be null"); label: v = staticinvoke (v); v = virtualinvoke v.(v); label: return v; label: v := @caughtexception; v = staticinvoke (v); v = staticinvoke (v); throw v; catch java.lang.Throwable from label to label with label; } public static java.util.Optional readFieldValue(java.lang.Class, java.lang.String, java.lang.Object) { org.junit.platform.commons.function.Try v; java.util.Optional v; java.lang.Class v; java.lang.Object v; java.lang.String v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Object; v = staticinvoke (v, v, v); v = virtualinvoke v.(); return v; } public static org.junit.platform.commons.function.Try tryToReadFieldValue(java.lang.Class, java.lang.String, java.lang.Object) { org.junit.platform.commons.function.Try v, v; java.lang.Class v; java.lang.Object v; java.util.concurrent.Callable v; java.lang.String v; java.util.function.Function v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Object; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Field name must not be null or blank"); v = staticinvoke (v, v); v = staticinvoke (v); v = staticinvoke (v); v = virtualinvoke v.(v); return v; } public static java.util.Optional readFieldValue(java.lang.reflect.Field) { java.util.Optional v; org.junit.platform.commons.function.Try v; java.lang.reflect.Field v; v := @parameter: java.lang.reflect.Field; v = staticinvoke (v); v = virtualinvoke v.(); return v; } public static org.junit.platform.commons.function.Try tryToReadFieldValue(java.lang.reflect.Field) { org.junit.platform.commons.function.Try v; java.lang.reflect.Field v; v := @parameter: java.lang.reflect.Field; v = staticinvoke (v, null); return v; } public static java.util.Optional readFieldValue(java.lang.reflect.Field, java.lang.Object) { org.junit.platform.commons.function.Try v; java.util.Optional v; java.lang.Object v; java.lang.reflect.Field v; v := @parameter: java.lang.reflect.Field; v := @parameter: java.lang.Object; v = staticinvoke (v, v); v = virtualinvoke v.(); return v; } public static org.junit.platform.commons.function.Try tryToReadFieldValue(java.lang.reflect.Field, java.lang.Object) { org.junit.platform.commons.function.Try v; java.lang.Object v; java.util.concurrent.Callable v; java.lang.reflect.Field v; java.util.function.Supplier v; boolean v, v; v := @parameter: java.lang.reflect.Field; v := @parameter: java.lang.Object; staticinvoke (v, "Field must not be null"); if v != null goto label; v = staticinvoke (v); if v == 0 goto label; label: v = 1; goto label; label: v = 0; label: v = staticinvoke (v); staticinvoke (v, v); v = staticinvoke (v, v); v = staticinvoke (v); return v; } public static java.util.List readFieldValues(java.util.List, java.lang.Object) { java.util.List v, v; java.util.function.Predicate v; java.lang.Object v; v := @parameter: java.util.List; v := @parameter: java.lang.Object; v = staticinvoke (); v = staticinvoke (v, v, v); return v; } public static java.util.List readFieldValues(java.util.List, java.lang.Object, java.util.function.Predicate) { java.util.function.Predicate v; java.util.function.Function v; java.util.List v; java.util.stream.Stream v, v, v; java.lang.Object v, v; java.util.stream.Collector v; v := @parameter: java.util.List; v := @parameter: java.lang.Object; v := @parameter: java.util.function.Predicate; staticinvoke (v, "fields list must not be null"); staticinvoke (v, "Predicate must not be null"); v = interfaceinvoke v.(); v = interfaceinvoke v.(v); v = staticinvoke (v); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); return v; } public static transient java.lang.Object invokeMethod(java.lang.reflect.Method, java.lang.Object, java.lang.Object[]) { java.lang.Throwable v, v; java.lang.Object[] v; java.lang.reflect.AccessibleObject v; java.lang.RuntimeException v; java.util.function.Supplier v; java.lang.Object v, v; java.lang.reflect.Method v; boolean v, v; v := @parameter: java.lang.reflect.Method; v := @parameter: java.lang.Object; v := @parameter: java.lang.Object[]; staticinvoke (v, "Method must not be null"); if v != null goto label; v = staticinvoke (v); if v == 0 goto label; label: v = 1; goto label; label: v = 0; label: v = staticinvoke (v); staticinvoke (v, v); label: v = staticinvoke (v); v = virtualinvoke v.(v, v); label: return v; label: v := @caughtexception; v = staticinvoke (v); v = staticinvoke (v); throw v; catch java.lang.Throwable from label to label with label; } public static java.util.Optional loadClass(java.lang.String) { java.util.Optional v; org.junit.platform.commons.function.Try v; java.lang.String v; v := @parameter: java.lang.String; v = staticinvoke (v); v = virtualinvoke v.(); return v; } public static org.junit.platform.commons.function.Try tryToLoadClass(java.lang.String) { org.junit.platform.commons.function.Try v; java.lang.ClassLoader v; java.lang.String v; v := @parameter: java.lang.String; v = staticinvoke (); v = staticinvoke (v, v); return v; } public static java.util.Optional loadClass(java.lang.String, java.lang.ClassLoader) { org.junit.platform.commons.function.Try v; java.util.Optional v; java.lang.ClassLoader v; java.lang.String v; v := @parameter: java.lang.String; v := @parameter: java.lang.ClassLoader; v = staticinvoke (v, v); v = virtualinvoke v.(); return v; } public static org.junit.platform.commons.function.Try tryToLoadClass(java.lang.String, java.lang.ClassLoader) { java.util.concurrent.Callable v; org.junit.platform.commons.function.Try v, v; java.util.Map v, v; java.lang.Object v; java.lang.ClassLoader v; java.lang.String v, v; boolean v; v := @parameter: java.lang.String; v := @parameter: java.lang.ClassLoader; staticinvoke (v, "Class name must not be null or blank"); staticinvoke (v, "ClassLoader must not be null"); v = virtualinvoke v.(); v = ; v = interfaceinvoke v.(v); if v == 0 goto label; v = ; v = interfaceinvoke v.(v); v = staticinvoke (v); return v; label: v = staticinvoke (v, v); v = staticinvoke (v); return v; } private static java.lang.Class loadArrayType(java.lang.ClassLoader, java.lang.String, int) throws java.lang.ClassNotFoundException { int[] v; java.util.Map v, v; int v; java.lang.Class v; java.lang.Object v, v; java.lang.ClassLoader v; java.lang.String v; boolean v; v := @parameter: java.lang.ClassLoader; v := @parameter: java.lang.String; v := @parameter: int; v = ; v = interfaceinvoke v.(v); if v == 0 goto label; v = ; v = interfaceinvoke v.(v); goto label; label: v = virtualinvoke v.(v); label: v = newarray (int)[v]; v = staticinvoke (v, v); v = virtualinvoke v.(); return v; } public static java.lang.String getFullyQualifiedMethodName(java.lang.Class, java.lang.reflect.Method) { java.lang.Class[] v; java.lang.Class v; java.lang.String v, v; java.lang.reflect.Method v; v := @parameter: java.lang.Class; v := @parameter: java.lang.reflect.Method; staticinvoke (v, "Method must not be null"); v = virtualinvoke v.(); v = virtualinvoke v.(); v = staticinvoke (v, v, v); return v; } public static transient java.lang.String getFullyQualifiedMethodName(java.lang.Class, java.lang.String, java.lang.Class[]) { java.lang.Object[] v; java.lang.Class[] v; java.lang.Class v; java.lang.String v, v, v, v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Class[]; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Method name must not be null or blank"); v = newarray (java.lang.Object)[3]; v = virtualinvoke v.(); v[0] = v; v[1] = v; v = staticinvoke (v); v[2] = v; v = staticinvoke ("%s#%s(%s)", v); return v; } public static java.lang.String[] parseFullyQualifiedMethodName(java.lang.String) { java.lang.String[] v; java.util.function.Supplier v; int v, v, v, v, v, v, v, v, v, v, v, v; java.lang.String v, v, v, v, v; boolean v, v, v; v := @parameter: java.lang.String; staticinvoke (v, "fullyQualifiedMethodName must not be null or blank"); v = virtualinvoke v.(35); if v <= 0 goto label; v = virtualinvoke v.(); v = v - 1; if v >= v goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); staticinvoke (v, v); v = virtualinvoke v.(0, v); v = v + 1; v = virtualinvoke v.(v); v = v; v = ""; v = virtualinvoke v.("()"); if v == 0 goto label; v = virtualinvoke v.(); v = v - 2; v = virtualinvoke v.(0, v); goto label; label: v = virtualinvoke v.(")"); if v == 0 goto label; v = virtualinvoke v.(40); if v <= 0 goto label; v = virtualinvoke v.(); v = v - 1; if v >= v goto label; v = virtualinvoke v.(0, v); v = v + 1; v = virtualinvoke v.(); v = v - 1; v = virtualinvoke v.(v, v); label: v = newarray (java.lang.String)[3]; v[0] = v; v[1] = v; v[2] = v; return v; } public static java.util.Optional getOutermostInstance(java.lang.Object, java.lang.Class) { java.util.Optional v, v, v, v; java.lang.Class v; java.lang.Object v, v; boolean v, v; v := @parameter: java.lang.Object; v := @parameter: java.lang.Class; staticinvoke (v, "inner object must not be null"); staticinvoke (v, "requiredType must not be null"); v = virtualinvoke v.(v); if v == 0 goto label; v = staticinvoke (v); return v; label: v = staticinvoke (v); v = virtualinvoke v.(); if v == 0 goto label; v = virtualinvoke v.(); v = staticinvoke (v, v); return v; label: v = staticinvoke (); return v; } private static java.util.Optional getOuterInstance(java.lang.Object) { java.util.function.Predicate v; java.util.function.Function v; java.lang.reflect.Field[] v; java.util.stream.Stream v, v; java.util.Optional v, v; java.lang.Class v; java.lang.Object v; v := @parameter: java.lang.Object; v = virtualinvoke v.(); v = virtualinvoke v.(); v = staticinvoke (v); v = staticinvoke (); v = interfaceinvoke v.(v); v = interfaceinvoke v.(); v = staticinvoke (v); v = virtualinvoke v.(v); return v; } public static java.util.Set getAllClasspathRootDirectories() { java.util.function.Predicate v; java.lang.String[] v; java.util.function.Function v; java.util.stream.Stream v, v, v; java.lang.Object v; java.lang.String v, v; java.util.stream.Collector v; v = staticinvoke ("java.class.path"); v = ; v = virtualinvoke v.(v); v = staticinvoke (v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); return v; } public static java.util.List findAllClassesInClasspathRoot(java.net.URI, java.util.function.Predicate, java.util.function.Predicate) { org.junit.platform.commons.util.ClassFilter v; java.util.List v; java.util.function.Predicate v, v; java.net.URI v; v := @parameter: java.net.URI; v := @parameter: java.util.function.Predicate; v := @parameter: java.util.function.Predicate; v = staticinvoke (v, v); v = staticinvoke (v, v); return v; } public static java.util.List findAllClassesInClasspathRoot(java.net.URI, org.junit.platform.commons.util.ClassFilter) { org.junit.platform.commons.util.ClassFilter v; java.util.List v, v; org.junit.platform.commons.util.ClasspathScanner v; java.net.URI v; v := @parameter: java.net.URI; v := @parameter: org.junit.platform.commons.util.ClassFilter; v = ; v = virtualinvoke v.(v, v); v = staticinvoke (v); return v; } public static java.util.List findAllClassesInPackage(java.lang.String, java.util.function.Predicate, java.util.function.Predicate) { org.junit.platform.commons.util.ClassFilter v; java.util.List v; java.util.function.Predicate v, v; java.lang.String v; v := @parameter: java.lang.String; v := @parameter: java.util.function.Predicate; v := @parameter: java.util.function.Predicate; v = staticinvoke (v, v); v = staticinvoke (v, v); return v; } public static java.util.List findAllClassesInPackage(java.lang.String, org.junit.platform.commons.util.ClassFilter) { org.junit.platform.commons.util.ClassFilter v; java.util.List v, v; org.junit.platform.commons.util.ClasspathScanner v; java.lang.String v; v := @parameter: java.lang.String; v := @parameter: org.junit.platform.commons.util.ClassFilter; v = ; v = virtualinvoke v.(v, v); v = staticinvoke (v); return v; } public static java.util.List findAllClassesInModule(java.lang.String, java.util.function.Predicate, java.util.function.Predicate) { org.junit.platform.commons.util.ClassFilter v; java.util.List v; java.util.function.Predicate v, v; java.lang.String v; v := @parameter: java.lang.String; v := @parameter: java.util.function.Predicate; v := @parameter: java.util.function.Predicate; v = staticinvoke (v, v); v = staticinvoke (v, v); return v; } public static java.util.List findAllClassesInModule(java.lang.String, org.junit.platform.commons.util.ClassFilter) { org.junit.platform.commons.util.ClassFilter v; java.util.List v, v; java.lang.String v; v := @parameter: java.lang.String; v := @parameter: org.junit.platform.commons.util.ClassFilter; v = staticinvoke (v, v); v = staticinvoke (v); return v; } public static java.util.List findNestedClasses(java.lang.Class, java.util.function.Predicate) { java.util.List v; java.util.function.Predicate v; java.lang.Class v; java.util.LinkedHashSet v; java.util.ArrayList v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); v = new java.util.LinkedHashSet; specialinvoke v.()>(); staticinvoke (v, v, v); v = new java.util.ArrayList; specialinvoke v.(java.util.Collection)>(v); v = staticinvoke (v); return v; } private static void findNestedClasses(java.lang.Class, java.util.function.Predicate, java.util.Set) { java.util.function.Supplier v; int v, v, v, v; java.lang.NoClassDefFoundError v; boolean v, v, v, v; java.util.function.Predicate v; org.junit.platform.commons.logging.Logger v; java.lang.Class[] v, v; java.util.Set v; java.lang.Class v, v, v, v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; v := @parameter: java.util.Set; v = staticinvoke (v); if v != 0 goto label; return; label: v = staticinvoke (v); if v == 0 goto label; v = interfaceinvoke v.(v); if v == 0 goto label; staticinvoke (v); label: v = virtualinvoke v.(); v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = interfaceinvoke v.(v); if v == 0 goto label; staticinvoke (v); interfaceinvoke v.(v); label: v = v + 1; goto label; label: v := @caughtexception; v = ; v = staticinvoke (v); interfaceinvoke v.(v, v); label: v = virtualinvoke v.(); staticinvoke (v, v, v); v = virtualinvoke v.(); v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; staticinvoke (v, v, v); v = v + 1; goto label; label: return; catch java.lang.NoClassDefFoundError from label to label with label; } private static void detectInnerClassCycle(java.lang.Class) { java.lang.Object[] v; org.junit.platform.commons.JUnitException v; java.util.Set v, v; java.lang.Class v, v, v; java.lang.String v, v, v; boolean v, v, v, v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); v = virtualinvoke v.(); v = ; v = interfaceinvoke v.(v); if v == 0 goto label; return; label: v = virtualinvoke v.(); v = staticinvoke (v); if v == 0 goto label; v = staticinvoke (v); if v == 0 goto label; v = virtualinvoke v.(); label: if v == null goto label; v = virtualinvoke v.(v); if v == 0 goto label; v = new org.junit.platform.commons.JUnitException; v = newarray (java.lang.Object)[2]; v[0] = v; v = virtualinvoke v.(); v[1] = v; v = staticinvoke ("Detected cycle in inner class hierarchy between %s and %s", v); specialinvoke v.(java.lang.String)>(v); throw v; label: v = virtualinvoke v.(); goto label; label: v = ; interfaceinvoke v.(v); return; } public static java.lang.reflect.Constructor getDeclaredConstructor(java.lang.Class) { java.lang.Throwable v, v; java.util.function.Predicate v; java.lang.RuntimeException v; java.util.function.Supplier v; java.lang.reflect.Constructor[] v; java.util.stream.Stream v, v; int v; java.lang.Class v; java.lang.Object v, v; java.util.stream.Collector v; boolean v; v := @parameter: java.lang.Class; staticinvoke (v, "Class must not be null"); label: v = virtualinvoke v.(); v = staticinvoke (v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = interfaceinvoke v.(); if v != 1 goto label; v = 1; goto label; label: v = 0; label: v = staticinvoke (v); staticinvoke (v, v); v = interfaceinvoke v.(0); label: return v; label: v := @caughtexception; v = staticinvoke (v); v = staticinvoke (v); throw v; catch java.lang.Throwable from label to label with label; } public static java.util.List findConstructors(java.lang.Class, java.util.function.Predicate) { java.lang.Throwable v, v; java.util.function.Predicate v; java.lang.RuntimeException v; java.lang.reflect.Constructor[] v; java.util.stream.Stream v, v; java.lang.Class v; java.lang.Object v; java.util.stream.Collector v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); label: v = virtualinvoke v.(); v = staticinvoke (v); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); label: return v; label: v := @caughtexception; v = staticinvoke (v); v = staticinvoke (v); throw v; catch java.lang.Throwable from label to label with label; } public static java.util.List findFields(java.lang.Class, java.util.function.Predicate, org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode) { org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v; java.util.function.Predicate v; java.util.List v; java.util.stream.Stream v, v; java.lang.Class v; java.lang.Object v; java.util.stream.Collector v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; v := @parameter: org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); staticinvoke (v, "HierarchyTraversalMode must not be null"); v = staticinvoke (v, v); v = interfaceinvoke v.(); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); return v; } private static java.util.List findAllFieldsInHierarchy(java.lang.Class, org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode) { org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v, v, v; java.util.ArrayList v; java.util.stream.Collector v, v, v; java.util.function.Predicate v, v, v; java.util.List v, v, v; java.util.stream.Stream v, v, v, v, v, v; java.lang.Class v; java.lang.Object v, v, v; v := @parameter: java.lang.Class; v := @parameter: org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode; staticinvoke (v, "Class must not be null"); staticinvoke (v, "HierarchyTraversalMode must not be null"); v = staticinvoke (v); v = interfaceinvoke v.(); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (v, v); v = interfaceinvoke v.(); v = staticinvoke (v); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (v, v); v = interfaceinvoke v.(); v = staticinvoke (v); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = new java.util.ArrayList; specialinvoke v.()>(); v = ; if v != v goto label; interfaceinvoke v.(v); interfaceinvoke v.(v); label: interfaceinvoke v.(v); v = ; if v != v goto label; interfaceinvoke v.(v); interfaceinvoke v.(v); label: return v; } public static boolean isMethodPresent(java.lang.Class, java.util.function.Predicate) { java.util.function.Predicate v; java.util.Optional v; java.lang.Class v; boolean v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); v = staticinvoke (v, v); v = virtualinvoke v.(); return v; } static transient java.util.Optional getMethod(java.lang.Class, java.lang.String, java.lang.Class[]) { org.junit.platform.commons.function.Try v; java.lang.Class[] v; java.util.Optional v; java.lang.Class v; java.lang.String v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Class[]; v = staticinvoke (v, v, v); v = virtualinvoke v.(); return v; } public static transient org.junit.platform.commons.function.Try tryToGetMethod(java.lang.Class, java.lang.String, java.lang.Class[]) { org.junit.platform.commons.function.Try v; java.lang.Class[] v; java.lang.Class v; java.util.concurrent.Callable v; java.lang.String v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Class[]; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Method name must not be null or blank"); v = staticinvoke (v, v, v); v = staticinvoke (v); return v; } public static java.util.Optional findMethod(java.lang.Class, java.lang.String, java.lang.String) { java.lang.Class[] v; java.util.Optional v; java.lang.Class v; java.lang.String v, v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.String; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Method name must not be null or blank"); v = staticinvoke (v, v, v); v = staticinvoke (v, v, v); return v; } private static java.lang.Class[] resolveParameterTypes(java.lang.Class, java.lang.String, java.lang.String) { java.lang.Object[] v; java.lang.Class[] v; java.lang.String[] v; java.util.function.Function v, v; java.util.stream.Stream v, v, v; java.lang.Class v; java.lang.String v, v; boolean v; java.util.function.IntFunction v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.String; v = staticinvoke (v); if v == 0 goto label; v = ; return v; label: v = virtualinvoke v.(","); v = staticinvoke (v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (v, v); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); return v; } private static java.lang.Class loadRequiredParameterType(java.lang.Class, java.lang.String, java.lang.String) { org.junit.platform.commons.function.Try v; java.lang.Class v; java.lang.Object v; java.lang.String v, v; java.util.function.Function v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.String; v = staticinvoke (v); v = staticinvoke (v, v, v); v = virtualinvoke v.(v); return v; } public static transient java.util.Optional findMethod(java.lang.Class, java.lang.String, java.lang.Class[]) { java.util.function.Predicate v; java.lang.Class[] v; java.util.Optional v; java.lang.Class v; java.lang.String v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Class[]; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Method name must not be null or blank"); staticinvoke (v, "Parameter types array must not be null"); staticinvoke (v, "Individual parameter types must not be null"); v = staticinvoke (v, v); v = staticinvoke (v, v); return v; } private static java.util.Optional findMethod(java.lang.Class, java.util.function.Predicate) { org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v; int v, v; boolean v, v, v, v, v; java.util.Iterator v; java.util.function.Predicate v; java.lang.Class[] v; java.util.List v; java.util.Optional v, v, v; java.lang.Class v, v, v; java.lang.Object v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); v = v; label: v = staticinvoke (v); if v == 0 goto label; v = virtualinvoke v.(); if v == 0 goto label; v = staticinvoke (v); goto label; label: v = ; v = staticinvoke (v, v); label: v = interfaceinvoke v.(); label: v = interfaceinvoke v.(); if v == 0 goto label; v = interfaceinvoke v.(); v = interfaceinvoke v.(v); if v == 0 goto label; v = staticinvoke (v); return v; label: v = virtualinvoke v.(); v = lengthof v; v = 0; label: if v >= v goto label; v = v[v]; v = staticinvoke (v, v); v = virtualinvoke v.(); if v == 0 goto label; return v; label: v = v + 1; goto label; label: v = virtualinvoke v.(); goto label; label: v = staticinvoke (); return v; } public static transient java.lang.reflect.Method getRequiredMethod(java.lang.Class, java.lang.String, java.lang.Class[]) { java.lang.Class[] v; java.util.Optional v; java.lang.Class v; java.lang.Object v; java.lang.String v; java.util.function.Supplier v; v := @parameter: java.lang.Class; v := @parameter: java.lang.String; v := @parameter: java.lang.Class[]; v = staticinvoke (v, v, v); v = staticinvoke (v, v); v = virtualinvoke v.(v); return v; } public static java.util.List findMethods(java.lang.Class, java.util.function.Predicate) { java.util.List v; org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v; java.util.function.Predicate v; java.lang.Class v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; v = ; v = staticinvoke (v, v, v); return v; } public static java.util.List findMethods(java.lang.Class, java.util.function.Predicate, org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode) { org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v; java.util.function.Predicate v; java.util.List v; java.util.stream.Stream v, v; java.lang.Class v; java.lang.Object v; java.util.stream.Collector v; v := @parameter: java.lang.Class; v := @parameter: java.util.function.Predicate; v := @parameter: org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode; staticinvoke (v, "Class must not be null"); staticinvoke (v, "Predicate must not be null"); staticinvoke (v, "HierarchyTraversalMode must not be null"); v = staticinvoke (v, v); v = interfaceinvoke v.(); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); return v; } private static java.util.List findAllMethodsInHierarchy(java.lang.Class, org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode) { org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode v, v, v; java.util.ArrayList v; java.util.stream.Collector v, v, v; java.util.function.Predicate v, v, v; java.util.List v, v, v; java.util.stream.Stream v, v, v, v, v, v; java.lang.Class v; java.lang.Object v, v, v; v := @parameter: java.lang.Class; v := @parameter: org.junit.platform.commons.util.ReflectionUtils$HierarchyTraversalMode; staticinvoke (v, "Class must not be null"); staticinvoke (v, "HierarchyTraversalMode must not be null"); v = staticinvoke (v, v); v = interfaceinvoke v.(); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke (); v = interfaceinvoke v.(v); v = staticinvoke