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public class Test {

private int i;

public int nonstaticInt = 42;

public static int staticFieldInt = 42;

public static double staticFieldDouble = 42.5;

public static Test[] staticArrayObjects = null;

public static Object staticFieldObject = null;

public Test() {}

public Test(Integer i) { this.i = i; }

public Test(Integer i, String... other) { this.i = i; }

public int getInt() { return i; }

public int methodOverload(String a) { return 1; }

public int methodOverload(int a) { return 2; }

public int methodOverload(SuperClass a) { return a.getVal(); }

public static String staticMethod() { return "staticMethod called"; }

public static int staticMethod(int i) { return i + 1; }

public static void staticMethodThrows(Exception ex) throws Exception { throw ex; }

public void methodThrows(Exception ex) throws Exception { throw ex; }

public static void staticMethodThrowsNewException() throws Exception { throw new Exception("my exception"); }

public void methodThrowsNewException() throws Exception { throw new Exception("my exception"); }

public static int staticMethodOverload(String a) { return 1; }

public static int staticMethodOverload(int a) { return 2; }

public static int staticMethodOverload(SuperClass a) { return a.getVal(); }

public static String staticMethodCharArrayToString(char[] a) { return new String(a); }

public static String staticMethodLongToString(java.lang.Long l) { return l.toString(); }

public static long staticMethodReturnLong() { return java.lang.Long.MAX_VALUE; }

public static boolean static2Objects(Object o1, Object o2) { return o1.equals(o2); }

public static int staticByte(byte b) { return (int)b; }

public static int staticShort(short s) { return (int)s; }

public static int staticLong(long l) { return (int)l; }

public static double staticDouble(double s) { return s; }

public static float staticFloat(float s) { return s; }

public static int staticMethodAmbiguous(Double a) { return 1; }

public static int staticMethodAmbiguous(Integer a) { return 2; }

public static void staticMethodSetObject(Object obj) { staticFieldObject = obj; }

public static Object staticMethodGetObject() { return staticFieldObject; }

public int methodAmbiguous(Double a) { return 1; }

public int methodAmbiguous(Integer a) { return 2; }

public static String staticVarargs(Integer i, String... args) {

java.lang.StringBuilder result = new java.lang.StringBuilder();

result.append(i);

for(String arg : args) {

result.append(arg);

}

return result.toString();

}

public static String staticBigDecimalToString(java.math.BigDecimal bigDecimal) { return bigDecimal.toString(); }

public static int staticChar(char ch) { return (int)ch; }

public static short[] staticShortArray(Short[] arg) {

short[] b = new short[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static short[] staticShortArray(short[] arg) {

short[] b = new short[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static boolean[] staticBooleanArray(boolean[] arg) {

boolean[] b = new boolean[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static boolean[] staticBooleanArray(Boolean[] arg) {

boolean[] b = new boolean[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static double[] staticDoubleArray(double[] arg) {

double[] b = new double[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static int[] staticIntArray(int[] arg) {

int[] b = new int[arg.length];

for(int i=0; i<arg.length; i++) { b[i] = arg[i]; }

return b;

}

public static class SuperClass {

public int getVal() { return 3; }

}

public static class SubClass extends SuperClass {

public int getVal() { return 4; }

}

public static int[] getArrayOfInts() {

int arr[] = new int[5];

arr[0] = 1;

arr[1] = 2;

arr[2] = 3;

arr[3] = 4;

arr[4] = 5;

return arr;

}

public static byte[] getArrayOfBytes() {

byte arr[] = new byte[5];

arr[0] = 1;

arr[1] = 2;

arr[2] = 3;

arr[3] = 4;

arr[4] = 5;

return arr;

}

public static boolean[] getArrayOfBools() {

boolean arr[] = new boolean[5];

arr[0] = true;

arr[1] = true;

arr[2] = false;

arr[3] = true;

arr[4] = false;

return arr;

}

public static double[] getArrayOfDoubles() {

double arr[] = new double[5];

arr[0] = 1;

arr[1] = 2;

arr[2] = 3;

arr[3] = 4;

arr[4] = 5;

return arr;

}

public static float[] getArrayOfFloats() {

float arr[] = new float[5];

arr[0] = 1;

arr[1] = 2;

arr[2] = 3;

arr[3] = 4;

arr[4] = 5;

return arr;

}

public static long[] getArrayOfLongs() {

long arr[] = new long[5];

arr[0] = Long.MAX_VALUE;

arr[1] = Long.MIN_VALUE;

arr[2] = 3;

arr[3] = 4;

arr[4] = 5;

return arr;

}

public static enum StaticEnum {

Value1,

Value2

}

public static String staticEnumToString(StaticEnum e) { return e.toString(); }

public static String varArgsSignature(Object... args) { return "Object..."; }

public static String varArgsSignature(Boolean... args) { return "Boolean..."; }

public static String varArgsSignature(Double... args) { return "Double..."; }

public static String varArgsSignature(Integer... args) { return "Integer..."; }

public static String varArgsSignature(Long... args) { return "Long..."; }

public static String varArgsSignature(Number... args) { return "Number..."; }

public static String varArgsSignature(String... args) { return "String..."; }

// The Javascript object returned by java.import(classname) is a Function object

// so that it can be used as a constructor.

// Javascript reserves some properties of Function as non-writable or non-configurable:

// 'name', 'arguments', 'caller'.

// This means we can't expose a static member such as 'name()' with that name.

// We instead append a suffix (asyncOptions.ifReadOnlySuffix)

// The following static members are used for unit tests involving these cases.

// For testing static member functions with reserved names

public static String name() { return "name"; }

public static String arguments() { return "arguments"; }

public static String caller() { return "caller"; }

// For testing public static fields with reserved names

public enum Enum {

foo, bar, // non-reserved

name, arguments, caller // reserved

};

}