/* Generated from 'DiagBigDecimal.nrx' 27 Mar 2000 22:38:44 [v1.162] */
/* Options: Binary Comments Crossref Format Java Logo Trace1 Verbose3 */
package com.ibm.test.bigdec;
import java.math.BigInteger;
import com.ibm.math.*;

/* ------------------------------------------------------------------ */
/* Decimal diagnostic tests                                       mfc */
/* Copyright (c) IBM Corporation 1996, 2000.  All Rights Reserved.    */
/* ------------------------------------------------------------------ */
/* DiagBigDecimal                                                     */
/*                                                                    */
/*   A class that tests the BigDecimal and MathContext classes.       */
/*                                                                    */
/*   The tests here are derived from or cover the same paths as:      */
/*      -- ANSI X3-274 testcases                                      */
/*      -- Java JCK testcases                                         */
/*      -- NetRexx testcases                                          */
/*      -- VM/CMS S/370 REXX implementation testcases [1981+]         */
/*      -- IBM Vienna Laboratory Rexx compiler testcases [1988+]      */
/*      -- New testcases                                              */
/*                                                                    */
/*   The authoritative sources for how the underlying technology      */
/*   (arithmetic) should work are:                                    */
/*      -- for digits=0 (fixed point): java.math.BigDecimal           */
/*      -- for digits>0 (floating point): ANSI X3.274-1996 + errata   */
/*                                                                    */
/* ------------------------------------------------------------------ */
/* Change list                                                        */
/* 1997.09.05 Initial implementation, from DiagRexx [NetRexx tests]   */
/* 1998.05.02 0.07 changes (e.g., compareTo)                          */
/* 1998.06.06 Rounding modes and format additions                     */
/* 1998.06.25 Rename from DiagDecimal; make stand-alone [add          */
/*            DiagException as a Minor class]                         */
/* 1998.06.27 Start adding testcases for DIGITS=0/FORM=PLAIN cases    */
/*            Reorganize for faster trace compilation                 */
/* 1998.06.28 new: valueof, scale, movePointX, unscaledValue, etc.    */
/* 1998.07.07 Scaled divide                                           */
/* 1998.07.08 setScale                                                */
/* 1998.07.15 new scaffolding (Minor Test class) -- see diagabs       */
/* 1998.12.14 add toBigDecimal and BigDecimal(java.math.BigDecimal)   */
/* 1999.02.04 number preparation rounds instead of digits+1 trunc     */
/* 1999.02.09 format method now only has two signatures               */
/* 1999.02.27 no longer use Rexx class or RexxIO class                */
/* 1999.03.05 add MathContext tests                                   */
/* 1999.03.05 update for 0.96 [no null settings, etc.]                */
/*            drop sundry constructors; no blanks; char[] gets ints   */
/*            drop sundry converters, add Exact converters            */
/* 1999.05.27 additional tests for scaled arithmetic                  */
/* 1999.06.29 additional tests for exponent overflows                 */
/* 1999.07.03 add 'continue' option                                   */
/* 1999.07.10 additional tests for scaled arithmetic                  */
/* 1999.07.18 randomly-generated tests added for base operators       */
/* 1999.10.28 weird intValueExact bad cases                           */
/* 1999.12.21 multiplication fast path failure and edge cases         */
/* 2000.01.01 copyright update                                        */
/* 2000.03.26 cosmetic updates; add extra format() testcases          */
/* 2000.03.27 1.00 move to com.ibm.math package; open source release; */
/*                 change to javadoc comments                         */
/* ------------------------------------------------------------------ */

// note BINARY for conversions checking


/**
 * The <code>DiagBigDecimal</code> class forms a standalone test suite
 * for the <code>com.ibm.math.BigDecimal</code> and
 * <code>com.ibm.math.MathContext</code> classes (or, by changing the
 * <code>package</code> statement, other classes of the same names and
 * definition in other packages).  It may also be used as a constructed
 * object to embed the tests in an external test harness.
 * <p>
 * The tests are collected into <i>groups</i>, each corresponding to a
 * tested method or a more general grouping.  By default, when run from
 * the static {@link #main(java.lang.String[])} method, the run will end
 * if any test fails in a group.  The <code>continue</code> argument may
 * be specified to force the tests to run to completion.
 * <p>
 * Two minor (inner) classes are used; {@link
 * DiagBigDecimal.DiagException} is used to signal the failure of a test
 * group, and {@link DiagBigDecimal.Test}, a dependent minor class, is
 * used to register tests so that a summary of failures (or success) can be
 * presented as each group is completed.
 *
 * @see     com.ibm.math.BigDecimal
 * @see     com.ibm.math.MathContext
 * @version 1.00 2000.03.27
 * @author  Mike Cowlishaw
 */

public class DiagBigDecimal{
 private static final java.lang.String $0="DiagBigDecimal.nrx";
 
 /* properties shared */
 java.util.Vector Tests=new java.util.Vector(100); // scaffolding
 
 /* properties private */
 private int totalcount=0; // counts tests run
 
 /* properties constant private */
 
 /* Count of test groups */
 private static final int testcount=38;
 
 private static final com.ibm.math.BigDecimal zero=com.ibm.math.BigDecimal.ZERO;
 private static final com.ibm.math.BigDecimal one=com.ibm.math.BigDecimal.ONE;
 private static final com.ibm.math.BigDecimal two=new com.ibm.math.BigDecimal(2);
 private static final com.ibm.math.BigDecimal ten=com.ibm.math.BigDecimal.TEN;
 private static final com.ibm.math.BigDecimal tenlong=new com.ibm.math.BigDecimal((long)1234554321); // 10-digiter
 
 /* Some context objects -- [some of these are checked later] */
 private static final com.ibm.math.MathContext mcdef=com.ibm.math.MathContext.DEFAULT;
 private static final com.ibm.math.MathContext mc3=new com.ibm.math.MathContext(3);
 private static final com.ibm.math.MathContext mc6=new com.ibm.math.MathContext(6);
 private static final com.ibm.math.MathContext mc9=new com.ibm.math.MathContext(9);
 private static final com.ibm.math.MathContext mc50=new com.ibm.math.MathContext(50);
 private static final com.ibm.math.MathContext mcs=new com.ibm.math.MathContext(9,com.ibm.math.MathContext.SCIENTIFIC);
 private static final com.ibm.math.MathContext mce=new com.ibm.math.MathContext(9,com.ibm.math.MathContext.ENGINEERING);
 private static final com.ibm.math.MathContext mcld=new com.ibm.math.MathContext(9,com.ibm.math.MathContext.SCIENTIFIC,true); // lost digits
 private static final com.ibm.math.MathContext mcld0=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.SCIENTIFIC,true); // lost digits, digits=0
 private static final com.ibm.math.MathContext mcfd=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN); // fixed decimal style
 
 /* boundary primitive values */
 private static final byte bmin=-128;
 private static final byte bmax=127;
 private static final byte bzer=0;
 private static final byte bneg=-1;
 private static final byte bpos=1;
 private static final int imin=-2147483648;
 private static final int imax=2147483647;
 private static final int izer=0;
 private static final int ineg=-1;
 private static final int ipos=1;
 private static final long lmin=-9223372036854775808L;
 private static final long lmax=9223372036854775807L;
 private static final long lzer=(long)0;
 private static final long lneg=(long)-1;
 private static final long lpos=(long)1;
 private static final short smin=-32768;
 private static final short smax=32767;
 private static final short szer=(short)0;
 private static final short sneg=(short)(-1);
 private static final short spos=(short)1;
 
 
 /* properties constant private unused */ // present but not referenced
 private static final java.lang.String copyright=" Copyright (c) IBM Corporation 1996, 2000.  All rights reserved. ";

 
 /** Constructs a <code>DiagBigDecimal</code> test suite.
   * <p>
   * Invoke its {@link #diagrun} method to run the tests.
   */
 
 public DiagBigDecimal(){super();
  return;
  }

 /** Run the tests in the test suite.
  *
  * @param isContinue The <code>boolean</code> which determines whether
  *                   to stop running after a group fails.  If 1 (true)
  *                   then the tests should be run to completion if
  *                   possible; if 0 (false) then the run will end if a
  *                   group fails.
  * @return an <code>int</code> which is 0 if all tests were
  * successful, >0 (the count of failures) if some failures were
  * detected, or <0 if an unexpected Exception was signalled.
  */
 
 public int diagrun(boolean isContinue){
  int fails;
  int num=0;
  DiagException de=null;
  java.lang.RuntimeException e=null;
  java.lang.String rest=null;
  
  fails=0; // count of failures
  try{num=1;num:for(;num<=testcount;num++){ // [testcount is constant set above]
   try{
    dotest(num);
   }
   catch (DiagException $1){de=$1;
    say();
    say("**** Failed:"+" "+de.getMessage()+" "+"****");
    say();
    fails=fails+de.failcount;
    if ((!isContinue)) 
     break num;
   }
   }
  }
  catch (java.lang.RuntimeException $2){e=$2; // any other exception is total failure; just show trace and quit
   say();
   say("**** Failed: unexpected exception ****");
   e.printStackTrace();
   return -1;
  }/*num*/
  
  if (fails==0) 
   say("--- All OK ---"+" "+right("["+totalcount+" "+"tests]",15));
  else 
   {
    if (isContinue) 
     {
      if (fails>1) 
       rest="tests";
      else 
       rest="test";
      say("--- All run ---"+" "+right("["+totalcount+" "+"tests,",14)+" "+"failed"+" "+fails+" "+rest+"]");
     
     }
   }
  
  return fails;
  }

 /* Run test by number -- method for development/private switching */
 
 private void dotest(int num){
  {/*select*/switch(num){
   /* -------------------------------------------------------------- */
   /* MathContext                                                    */
   /* -------------------------------------------------------------- */
  case 1:
   diagmathcontext();break;
   
   /* -------------------------------------------------------------- */
   /* Constructors                                                   */
   /* -------------------------------------------------------------- */
  case 2:
   diagconstructors();break;
   
   /* -------------------------------------------------------------- */
   /* Operator methods                                               */
   /* -------------------------------------------------------------- */
  case 3:
   diagabs();break;
  case 4:
   diagadd();break;
  case 5:
   diagcompareto();break;
  case 6:
   diagdivide();break;
  case 7:
   diagdivideInteger();break;
  case 8:
   diagmax();break;
  case 9:
   diagmin();break;
  case 10:
   diagmultiply();break;
  case 11:
   diagnegate();break;
  case 12:
   diagplus();break;
  case 13:
   diagpow();break;
  case 14:
   diagremainder();break;
  case 15:
   diagsubtract();break;
  case 16:
   diagmath();break; // general math
   
   /* -------------------------------------------------------------- */
   /* Other methods                                                  */
   /* -------------------------------------------------------------- */
  case 17:
   diagbyteValue();break;
  case 18:
   diagcomparetoObj();break;
  case 19:
   diagdoublevalue();break;
  case 20:
   diagequals();break;
  case 21:
   diagfloatvalue();break;
  case 22:
   diagformat();break;
  case 23:
   diaghashcode();break;
  case 24:
   diagintvalue();break;
  case 25:
   diaglongvalue();break;
  case 26:
   diagmovepointleft();break;
  case 27:
   diagmovepointright();break;
  case 28:
   diagscale();break;
  case 29:
   diagsetscale();break;
  case 30:
   diagshortvalue();break;
  case 31:
   diagsignum();break;
  case 32:
   diagtobigdecimal();break;
  case 33:
   diagtobiginteger();break;
  case 34:
   diagtochararray();break;
  case 35:
   diagtostring();break;
  case 36:
   diagunscaledvalue();break;
  case 37:
   diagvalueof();break;
   
   /* -------------------------------------------------------------- */
   /* Mutation test [must be the last test]                          */
   /* -------------------------------------------------------------- */
  case 38:
   diagmutation();break;
   // if any more, increase testcount above
  default:{
   say("*** dotest case not found:"+" "+num+" "+"***");
  }}
  }
  return;
  }

 /*--------------------------------------------------------------------*/
 /* Diagnostic group methods                                           */
 /*--------------------------------------------------------------------*/
 
 /** Test constructors (and {@link #toString()} for equalities). */
 
 public void diagconstructors(){
  boolean flag=false;
  java.lang.String num;
  java.math.BigInteger bip;
  java.math.BigInteger biz;
  java.math.BigInteger bin;
  com.ibm.math.BigDecimal bda;
  com.ibm.math.BigDecimal bdb;
  com.ibm.math.BigDecimal bmc;
  com.ibm.math.BigDecimal bmd;
  com.ibm.math.BigDecimal bme;
  java.lang.RuntimeException e=null;
  char ca[];
  double dzer;
  double dpos;
  double dneg;
  double dpos5;
  double dneg5;
  double dmin;
  double dmax;
  double d;
  java.lang.String badstrings[];
  int i=0;
  
  // constants [statically-called constructors]
  (new Test("con001")).ok=(com.ibm.math.BigDecimal.ZERO.toString()).equals("0");
  (new Test("con002")).ok=(com.ibm.math.BigDecimal.ONE.toString()).equals("1");
  (new Test("con003")).ok=(com.ibm.math.BigDecimal.TEN.toString()).equals("10");
  (new Test("con004")).ok=(com.ibm.math.BigDecimal.ZERO.intValueExact())==0;
  (new Test("con005")).ok=(com.ibm.math.BigDecimal.ONE.intValueExact())==1;
  (new Test("con006")).ok=(com.ibm.math.BigDecimal.TEN.intValueExact())==10;
  
  // [java.math.] BigDecimal
  (new Test("cbd001")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("0"))).toString()).equals("0");
  (new Test("cbd002")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("1"))).toString()).equals("1");
  (new Test("cbd003")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("10"))).toString()).equals("10");
  (new Test("cbd004")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("1000"))).toString()).equals("1000");
  (new Test("cbd005")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("10.0"))).toString()).equals("10.0");
  (new Test("cbd006")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("10.1"))).toString()).equals("10.1");
  (new Test("cbd007")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("-1.1"))).toString()).equals("-1.1");
  (new Test("cbd008")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("-9.0"))).toString()).equals("-9.0");
  (new Test("cbd009")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal("0.9"))).toString()).equals("0.9");
  
  num="123456789.123456789";
  (new Test("cbd010")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal(num))).toString()).equals(num);
  num="123456789.000000000";
  (new Test("cbd011")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal(num))).toString()).equals(num);
  num="123456789000000000";
  (new Test("cbd012")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal(num))).toString()).equals(num);
  num="0.00000123456789";
  (new Test("cbd013")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal(num))).toString()).equals(num);
  num="0.000000123456789";
  (new Test("cbd014")).ok=((new com.ibm.math.BigDecimal(new java.math.BigDecimal(num))).toString()).equals(num);
  
  try{checknull:do{
   new com.ibm.math.BigDecimal((java.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $3){
   flag=true;
  }/*checknull*/
  (new Test("cbi015")).ok=flag;
  
  // BigInteger
  bip=new BigInteger("987654321987654321987654321"); // biggie +ve
  biz=new BigInteger("0"); // biggie 0
  bin=new BigInteger("-12345678998765432112345678"); // biggie -ve
  (new Test("cbi001")).ok=((new com.ibm.math.BigDecimal(bip)).toString()).equals(bip.toString());
  (new Test("cbi002")).ok=((new com.ibm.math.BigDecimal(biz)).toString()).equals("0");
  (new Test("cbi003")).ok=((new com.ibm.math.BigDecimal(bin)).toString()).equals(bin.toString());
  try{checknull:do{
   new com.ibm.math.BigDecimal((java.math.BigInteger)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $4){
   flag=true;
  }/*checknull*/
  (new Test("cbi004")).ok=flag;
  
  // BigInteger with scale
  bip=new BigInteger("123456789"); // bigish
  bda=new com.ibm.math.BigDecimal(bip);
  bdb=new com.ibm.math.BigDecimal(bip,5);
  bmc=new com.ibm.math.BigDecimal(bip,15);
  (new Test("cbs001")).ok=(bda.toString()).equals("123456789");
  (new Test("cbs002")).ok=(bdb.toString()).equals("1234.56789");
  (new Test("cbs003")).ok=(bmc.toString()).equals("0.000000123456789");
  bip=new BigInteger("123456789123456789123456789"); // biggie
  bda=new com.ibm.math.BigDecimal(bip);
  bdb=new com.ibm.math.BigDecimal(bip,7);
  bmc=new com.ibm.math.BigDecimal(bip,13);
  bmd=new com.ibm.math.BigDecimal(bip,19);
  bme=new com.ibm.math.BigDecimal(bip,29);
  (new Test("cbs011")).ok=(bda.toString()).equals("123456789123456789123456789");
  (new Test("cbs012")).ok=(bdb.toString()).equals("12345678912345678912.3456789");
  (new Test("cbs013")).ok=(bmc.toString()).equals("12345678912345.6789123456789");
  (new Test("cbs014")).ok=(bmd.toString()).equals("12345678.9123456789123456789");
  (new Test("cbs015")).ok=(bme.toString()).equals("0.00123456789123456789123456789");
  try{checknull:do{
   new com.ibm.math.BigDecimal((java.math.BigInteger)null,1);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $5){
   flag=true;
  }/*checknull*/
  (new Test("cbs004")).ok=flag;
  try{checkscale:do{
   new com.ibm.math.BigDecimal(bip,-8);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $6){e=$6;
   flag=(e.getMessage()).equals("Negative scale: -8");
  }/*checkscale*/
  (new Test("cbs005")).ok=flag;
  
  // char[]
  // We just test it's there
  // Functionality is tested by BigDecimal(String).
  ca=("123.45").toCharArray();
  (new Test("cca001")).ok=((new com.ibm.math.BigDecimal(ca)).toString()).equals("123.45");
  try{checknull:do{
   new com.ibm.math.BigDecimal((char[])null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $7){
   flag=true;
  }/*checknull*/
  (new Test("cca010")).ok=flag;
  
  // char[],int,int
  // We just test it's there, and that offsets work.
  // Functionality is tested by BigDecimal(String).
  ca=("123.45").toCharArray();
  (new Test("cca101")).ok=((new com.ibm.math.BigDecimal(ca,0,6)).toString()).equals("123.45");
  (new Test("cca102")).ok=((new com.ibm.math.BigDecimal(ca,1,5)).toString()).equals("23.45");
  (new Test("cca103")).ok=((new com.ibm.math.BigDecimal(ca,2,4)).toString()).equals("3.45");
  (new Test("cca104")).ok=((new com.ibm.math.BigDecimal(ca,3,3)).toString()).equals("0.45");
  (new Test("cca105")).ok=((new com.ibm.math.BigDecimal(ca,4,2)).toString()).equals("45");
  (new Test("cca106")).ok=((new com.ibm.math.BigDecimal(ca,5,1)).toString()).equals("5");
  
  (new Test("cca110")).ok=((new com.ibm.math.BigDecimal(ca,0,1)).toString()).equals("1");
  (new Test("cca111")).ok=((new com.ibm.math.BigDecimal(ca,1,1)).toString()).equals("2");
  (new Test("cca112")).ok=((new com.ibm.math.BigDecimal(ca,2,1)).toString()).equals("3");
  (new Test("cca113")).ok=((new com.ibm.math.BigDecimal(ca,4,1)).toString()).equals("4");
  
  (new Test("cca120")).ok=((new com.ibm.math.BigDecimal(ca,0,2)).toString()).equals("12");
  (new Test("cca121")).ok=((new com.ibm.math.BigDecimal(ca,1,2)).toString()).equals("23");
  (new Test("cca122")).ok=((new com.ibm.math.BigDecimal(ca,2,2)).toString()).equals("3");
  (new Test("cca123")).ok=((new com.ibm.math.BigDecimal(ca,3,2)).toString()).equals("0.4");
  
  (new Test("cca130")).ok=((new com.ibm.math.BigDecimal(ca,0,3)).toString()).equals("123");
  (new Test("cca131")).ok=((new com.ibm.math.BigDecimal(ca,1,3)).toString()).equals("23");
  (new Test("cca132")).ok=((new com.ibm.math.BigDecimal(ca,2,3)).toString()).equals("3.4");
  
  (new Test("cca140")).ok=((new com.ibm.math.BigDecimal(ca,0,4)).toString()).equals("123");
  (new Test("cca141")).ok=((new com.ibm.math.BigDecimal(ca,1,4)).toString()).equals("23.4");
  
  (new Test("cca150")).ok=((new com.ibm.math.BigDecimal(ca,0,5)).toString()).equals("123.4");
  
  // a couple of oddies
  ca=("x23.4x").toCharArray();
  (new Test("cca160")).ok=((new com.ibm.math.BigDecimal(ca,1,4)).toString()).equals("23.4");
  (new Test("cca161")).ok=((new com.ibm.math.BigDecimal(ca,1,1)).toString()).equals("2");
  (new Test("cca162")).ok=((new com.ibm.math.BigDecimal(ca,4,1)).toString()).equals("4");
  
  ca=("0123456789.9876543210").toCharArray();
  (new Test("cca163")).ok=((new com.ibm.math.BigDecimal(ca,0,21)).toString()).equals("123456789.9876543210");
  (new Test("cca164")).ok=((new com.ibm.math.BigDecimal(ca,1,20)).toString()).equals("123456789.9876543210");
  (new Test("cca165")).ok=((new com.ibm.math.BigDecimal(ca,2,19)).toString()).equals("23456789.9876543210");
  (new Test("cca166")).ok=((new com.ibm.math.BigDecimal(ca,2,18)).toString()).equals("23456789.987654321");
  (new Test("cca167")).ok=((new com.ibm.math.BigDecimal(ca,2,17)).toString()).equals("23456789.98765432");
  (new Test("cca168")).ok=((new com.ibm.math.BigDecimal(ca,2,16)).toString()).equals("23456789.9876543");
  
  try{checknull:do{
   new com.ibm.math.BigDecimal((char[])null,0,1);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $8){
   flag=true;
  }/*checknull*/
  (new Test("cca200")).ok=flag;
  
  try{checklen:do{
   new com.ibm.math.BigDecimal("123".toCharArray(),0,0);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $9){
   flag=true;
  }/*checklen*/
  (new Test("cca201")).ok=flag;
  
  try{checkbound:do{
   new com.ibm.math.BigDecimal("123".toCharArray(),2,4);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $10){ // anything OK
   flag=true;
  }/*checkbound*/
  (new Test("cca202")).ok=flag;
  try{checkbound2:do{
   new com.ibm.math.BigDecimal("123".toCharArray(),-1,2);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $11){ // anything OK
   flag=true;
  }/*checkbound2*/
  (new Test("cca203")).ok=flag;
  try{checkbound3:do{
   new com.ibm.math.BigDecimal("123".toCharArray(),1,-2);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $12){ // anything OK
   flag=true;
  }/*checkbound3*/
  (new Test("cca204")).ok=flag;
  
  // double [deprecated]
  // Note that many of these differ from the valueOf(double) results.
  dzer=(double)0;
  dpos=(double)1;
  dpos=dpos/((double)10);
  dneg=(double)-dpos;
  (new Test("cdo001")).ok=((new com.ibm.math.BigDecimal(dneg)).toString()).equals("-0.1000000000000000055511151231257827021181583404541015625");
  
  (new Test("cdo002")).ok=((new com.ibm.math.BigDecimal(dzer)).toString()).equals("0"); // NB, not '0.0'
  (new Test("cdo003")).ok=((new com.ibm.math.BigDecimal(dpos)).toString()).equals("0.1000000000000000055511151231257827021181583404541015625");
  
  dpos5=(double)0.5D;
  dneg5=(double)-dpos5;
  (new Test("cdo004")).ok=((new com.ibm.math.BigDecimal(dneg5)).toString()).equals("-0.5");
  (new Test("cdo005")).ok=((new com.ibm.math.BigDecimal(dpos5)).toString()).equals("0.5");
  dmin=java.lang.Double.MIN_VALUE;
  dmax=java.lang.Double.MAX_VALUE;
  (new Test("cdo006")).ok=((new com.ibm.math.BigDecimal(dmin)).toString()).equals("0.000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000004940656458412465441765687928682213723650598026143247644255856825006755072702087518652998363616359923797965646954457177309266567103559397963987747960107818781263007131903114045278458171678489821036887186360569987307230500063874091535649843873124733972731696151400317153853980741262385655911710266585566867681870395603106249319452715914924553293054565444011274801297099995419319894090804165633245247571478690147267801593552386115501348035264934720193790268107107491703332226844753335720832431936092382893458368060106011506169809753078342277318329247904982524730776375927247874656084778203734469699533647017972677717585125660551199131504891101451037862738167250955837389733598993664809941164205702637090279242767544565229087538682506419718265533447265625");
  
  (new Test("cdo007")).ok=((new com.ibm.math.BigDecimal(dmax)).toString()).equals("179769313486231570814527423731704356798070567525844996598917476803157260780028538760589558632766878171540458953514382464234321326889464182768467546703537516986049910576551282076245490090389328944075868508455133942304583236903222948165808559332123348274797826204144723168738177180919299881250404026184124858368");
  
  
  // nasties
  d=(double)9;
  d=d/((double)10);
  (new Test("cdo010")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.90000000000000002220446049250313080847263336181640625");
  
  d=d/((double)10);
  (new Test("cdo011")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.0899999999999999966693309261245303787291049957275390625");
  
  d=d/((double)10);
  (new Test("cdo012")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.00899999999999999931998839741709161899052560329437255859375");
  
  d=d/((double)10);
  (new Test("cdo013")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.00089999999999999997536692664112933925935067236423492431640625");
  
  d=d/((double)10);
  (new Test("cdo014")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.00008999999999999999211568180168541175589780323207378387451171875");
  
  d=d/((double)10);
  (new Test("cdo015")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.00000899999999999999853394182236510090433512232266366481781005859375");
  
  d=d/((double)10);
  (new Test("cdo016")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.000000899999999999999853394182236510090433512232266366481781005859375");
  
  d=d/((double)10);
  (new Test("cdo017")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.0000000899999999999999853394182236510090433512232266366481781005859375");
  
  d=d/((double)10);
  (new Test("cdo018")).ok=((new com.ibm.math.BigDecimal(d)).toString()).equals("0.000000008999999999999997872197332322678764437995369007694534957408905029296875");
  
  
  try{checkpin:do{
   new com.ibm.math.BigDecimal(java.lang.Double.POSITIVE_INFINITY);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $13){
   flag=true;
  }/*checkpin*/
  (new Test("cdo101")).ok=flag;
  try{checknin:do{
   new com.ibm.math.BigDecimal(java.lang.Double.NEGATIVE_INFINITY);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $14){
   flag=true;
  }/*checknin*/
  (new Test("cdo102")).ok=flag;
  try{checknan:do{
   new com.ibm.math.BigDecimal(java.lang.Double.NaN);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $15){
   flag=true;
  }/*checknan*/
  (new Test("cdo103")).ok=flag;
  
  // int
  (new Test("cin001")).ok=((new com.ibm.math.BigDecimal(imin)).toString()).equals("-2147483648");
  (new Test("cin002")).ok=((new com.ibm.math.BigDecimal(imax)).toString()).equals("2147483647");
  (new Test("cin003")).ok=((new com.ibm.math.BigDecimal(ineg)).toString()).equals("-1");
  (new Test("cin004")).ok=((new com.ibm.math.BigDecimal(izer)).toString()).equals("0");
  (new Test("cin005")).ok=((new com.ibm.math.BigDecimal(ipos)).toString()).equals("1");
  (new Test("cin006")).ok=((new com.ibm.math.BigDecimal(10)).toString()).equals("10");
  (new Test("cin007")).ok=((new com.ibm.math.BigDecimal(9)).toString()).equals("9");
  (new Test("cin008")).ok=((new com.ibm.math.BigDecimal(5)).toString()).equals("5");
  (new Test("cin009")).ok=((new com.ibm.math.BigDecimal(2)).toString()).equals("2");
  (new Test("cin010")).ok=((new com.ibm.math.BigDecimal(-2)).toString()).equals("-2");
  (new Test("cin011")).ok=((new com.ibm.math.BigDecimal(-5)).toString()).equals("-5");
  (new Test("cin012")).ok=((new com.ibm.math.BigDecimal(-9)).toString()).equals("-9");
  (new Test("cin013")).ok=((new com.ibm.math.BigDecimal(-10)).toString()).equals("-10");
  (new Test("cin014")).ok=((new com.ibm.math.BigDecimal(-11)).toString()).equals("-11");
  (new Test("cin015")).ok=((new com.ibm.math.BigDecimal(-99)).toString()).equals("-99");
  (new Test("cin016")).ok=((new com.ibm.math.BigDecimal(-100)).toString()).equals("-100");
  (new Test("cin017")).ok=((new com.ibm.math.BigDecimal(-999)).toString()).equals("-999");
  (new Test("cin018")).ok=((new com.ibm.math.BigDecimal(-1000)).toString()).equals("-1000");
  
  (new Test("cin019")).ok=((new com.ibm.math.BigDecimal(11)).toString()).equals("11");
  (new Test("cin020")).ok=((new com.ibm.math.BigDecimal(99)).toString()).equals("99");
  (new Test("cin021")).ok=((new com.ibm.math.BigDecimal(100)).toString()).equals("100");
  (new Test("cin022")).ok=((new com.ibm.math.BigDecimal(999)).toString()).equals("999");
  (new Test("cin023")).ok=((new com.ibm.math.BigDecimal(1000)).toString()).equals("1000");
  
  // long
  (new Test("clo001")).ok=((new com.ibm.math.BigDecimal(lmin)).toString()).equals("-9223372036854775808");
  (new Test("clo002")).ok=((new com.ibm.math.BigDecimal(lmax)).toString()).equals("9223372036854775807");
  (new Test("clo003")).ok=((new com.ibm.math.BigDecimal(lneg)).toString()).equals("-1");
  (new Test("clo004")).ok=((new com.ibm.math.BigDecimal(lzer)).toString()).equals("0");
  (new Test("clo005")).ok=((new com.ibm.math.BigDecimal(lpos)).toString()).equals("1");
  
  // String [many more examples are elsewhere]
  // strings without E cannot generate E in result
  (new Test("cst001")).ok=((new com.ibm.math.BigDecimal("12")).toString()).equals("12");
  (new Test("cst002")).ok=((new com.ibm.math.BigDecimal("-76")).toString()).equals("-76");
  (new Test("cst003")).ok=((new com.ibm.math.BigDecimal("12.76")).toString()).equals("12.76");
  (new Test("cst004")).ok=((new com.ibm.math.BigDecimal("+12.76")).toString()).equals("12.76");
  (new Test("cst005")).ok=((new com.ibm.math.BigDecimal("012.76")).toString()).equals("12.76");
  (new Test("cst006")).ok=((new com.ibm.math.BigDecimal("+0.003")).toString()).equals("0.003");
  (new Test("cst007")).ok=((new com.ibm.math.BigDecimal("17.")).toString()).equals("17");
  (new Test("cst008")).ok=((new com.ibm.math.BigDecimal(".5")).toString()).equals("0.5");
  (new Test("cst009")).ok=((new com.ibm.math.BigDecimal("044")).toString()).equals("44");
  (new Test("cst010")).ok=((new com.ibm.math.BigDecimal("0044")).toString()).equals("44");
  (new Test("cst011")).ok=((new com.ibm.math.BigDecimal("0.0005")).toString()).equals("0.0005");
  (new Test("cst012")).ok=((new com.ibm.math.BigDecimal("00.00005")).toString()).equals("0.00005");
  (new Test("cst013")).ok=((new com.ibm.math.BigDecimal("0.000005")).toString()).equals("0.000005");
  (new Test("cst014")).ok=((new com.ibm.math.BigDecimal("0.0000005")).toString()).equals("0.0000005"); // \NR
  (new Test("cst015")).ok=((new com.ibm.math.BigDecimal("0.00000005")).toString()).equals("0.00000005"); // \NR
  (new Test("cst016")).ok=((new com.ibm.math.BigDecimal("12345678.876543210")).toString()).equals("12345678.876543210");
  (new Test("cst017")).ok=((new com.ibm.math.BigDecimal("2345678.876543210")).toString()).equals("2345678.876543210");
  (new Test("cst018")).ok=((new com.ibm.math.BigDecimal("345678.876543210")).toString()).equals("345678.876543210");
  (new Test("cst019")).ok=((new com.ibm.math.BigDecimal("0345678.87654321")).toString()).equals("345678.87654321");
  (new Test("cst020")).ok=((new com.ibm.math.BigDecimal("345678.8765432")).toString()).equals("345678.8765432");
  (new Test("cst021")).ok=((new com.ibm.math.BigDecimal("+345678.8765432")).toString()).equals("345678.8765432");
  (new Test("cst022")).ok=((new com.ibm.math.BigDecimal("+0345678.8765432")).toString()).equals("345678.8765432");
  (new Test("cst023")).ok=((new com.ibm.math.BigDecimal("+00345678.8765432")).toString()).equals("345678.8765432");
  (new Test("cst024")).ok=((new com.ibm.math.BigDecimal("-345678.8765432")).toString()).equals("-345678.8765432");
  (new Test("cst025")).ok=((new com.ibm.math.BigDecimal("-0345678.8765432")).toString()).equals("-345678.8765432");
  (new Test("cst026")).ok=((new com.ibm.math.BigDecimal("-00345678.8765432")).toString()).equals("-345678.8765432");
  
  // exotics --
  (new Test("cst035")).ok=((new com.ibm.math.BigDecimal("\u0e57.\u0e50")).toString()).equals("7.0");
  (new Test("cst036")).ok=((new com.ibm.math.BigDecimal("\u0b66.\u0b67")).toString()).equals("0.1");
  (new Test("cst037")).ok=((new com.ibm.math.BigDecimal("\u0b66\u0b66")).toString()).equals("0");
  (new Test("cst038")).ok=((new com.ibm.math.BigDecimal("\u0b6a\u0b66")).toString()).equals("40");
  
  // strings with E
  (new Test("cst040")).ok=((new com.ibm.math.BigDecimal("1E+9")).toString()).equals("1E+9");
  (new Test("cst041")).ok=((new com.ibm.math.BigDecimal("1e+09")).toString()).equals("1E+9");
  (new Test("cst042")).ok=((new com.ibm.math.BigDecimal("1E+90")).toString()).equals("1E+90");
  (new Test("cst043")).ok=((new com.ibm.math.BigDecimal("+1E+009")).toString()).equals("1E+9");
  (new Test("cst044")).ok=((new com.ibm.math.BigDecimal("0E+9")).toString()).equals("0");
  (new Test("cst045")).ok=((new com.ibm.math.BigDecimal("1E+9")).toString()).equals("1E+9");
  (new Test("cst046")).ok=((new com.ibm.math.BigDecimal("1E+09")).toString()).equals("1E+9");
  (new Test("cst047")).ok=((new com.ibm.math.BigDecimal("1e+90")).toString()).equals("1E+90");
  (new Test("cst048")).ok=((new com.ibm.math.BigDecimal("1E+009")).toString()).equals("1E+9");
  (new Test("cst049")).ok=((new com.ibm.math.BigDecimal("0E+9")).toString()).equals("0");
  (new Test("cst050")).ok=((new com.ibm.math.BigDecimal("1E9")).toString()).equals("1E+9");
  (new Test("cst051")).ok=((new com.ibm.math.BigDecimal("1e09")).toString()).equals("1E+9");
  (new Test("cst052")).ok=((new com.ibm.math.BigDecimal("1E90")).toString()).equals("1E+90");
  (new Test("cst053")).ok=((new com.ibm.math.BigDecimal("1E009")).toString()).equals("1E+9");
  (new Test("cst054")).ok=((new com.ibm.math.BigDecimal("0E9")).toString()).equals("0");
  (new Test("cst055")).ok=((new com.ibm.math.BigDecimal("0.000e+0")).toString()).equals("0");
  (new Test("cst056")).ok=((new com.ibm.math.BigDecimal("0.000E-1")).toString()).equals("0");
  (new Test("cst057")).ok=((new com.ibm.math.BigDecimal("4E+9")).toString()).equals("4E+9");
  (new Test("cst058")).ok=((new com.ibm.math.BigDecimal("44E+9")).toString()).equals("4.4E+10");
  (new Test("cst059")).ok=((new com.ibm.math.BigDecimal("0.73e-7")).toString()).equals("7.3E-8");
  (new Test("cst060")).ok=((new com.ibm.math.BigDecimal("00E+9")).toString()).equals("0");
  (new Test("cst061")).ok=((new com.ibm.math.BigDecimal("00E-9")).toString()).equals("0");
  (new Test("cst062")).ok=((new com.ibm.math.BigDecimal("10E+9")).toString()).equals("1.0E+10");
  (new Test("cst063")).ok=((new com.ibm.math.BigDecimal("10E+09")).toString()).equals("1.0E+10");
  (new Test("cst064")).ok=((new com.ibm.math.BigDecimal("10e+90")).toString()).equals("1.0E+91");
  (new Test("cst065")).ok=((new com.ibm.math.BigDecimal("10E+009")).toString()).equals("1.0E+10");
  (new Test("cst066")).ok=((new com.ibm.math.BigDecimal("100e+9")).toString()).equals("1.00E+11");
  (new Test("cst067")).ok=((new com.ibm.math.BigDecimal("100e+09")).toString()).equals("1.00E+11");
  (new Test("cst068")).ok=((new com.ibm.math.BigDecimal("100E+90")).toString()).equals("1.00E+92");
  (new Test("cst069")).ok=((new com.ibm.math.BigDecimal("100e+009")).toString()).equals("1.00E+11");
  
  (new Test("cst070")).ok=((new com.ibm.math.BigDecimal("1.265")).toString()).equals("1.265");
  (new Test("cst071")).ok=((new com.ibm.math.BigDecimal("1.265E-20")).toString()).equals("1.265E-20");
  (new Test("cst072")).ok=((new com.ibm.math.BigDecimal("1.265E-8")).toString()).equals("1.265E-8");
  (new Test("cst073")).ok=((new com.ibm.math.BigDecimal("1.265E-4")).toString()).equals("1.265E-4");
  (new Test("cst074")).ok=((new com.ibm.math.BigDecimal("1.265E-3")).toString()).equals("1.265E-3");
  (new Test("cst075")).ok=((new com.ibm.math.BigDecimal("1.265E-2")).toString()).equals("1.265E-2");
  (new Test("cst076")).ok=((new com.ibm.math.BigDecimal("1.265E-1")).toString()).equals("1.265E-1");
  (new Test("cst077")).ok=((new com.ibm.math.BigDecimal("1.265E-0")).toString()).equals("1.265");
  (new Test("cst078")).ok=((new com.ibm.math.BigDecimal("1.265E+1")).toString()).equals("1.265E+1");
  (new Test("cst079")).ok=((new com.ibm.math.BigDecimal("1.265E+2")).toString()).equals("1.265E+2");
  (new Test("cst080")).ok=((new com.ibm.math.BigDecimal("1.265E+3")).toString()).equals("1.265E+3");
  (new Test("cst081")).ok=((new com.ibm.math.BigDecimal("1.265E+4")).toString()).equals("1.265E+4");
  (new Test("cst082")).ok=((new com.ibm.math.BigDecimal("1.265E+8")).toString()).equals("1.265E+8");
  (new Test("cst083")).ok=((new com.ibm.math.BigDecimal("1.265E+20")).toString()).equals("1.265E+20");
  
  (new Test("cst090")).ok=((new com.ibm.math.BigDecimal("12.65")).toString()).equals("12.65");
  (new Test("cst091")).ok=((new com.ibm.math.BigDecimal("12.65E-20")).toString()).equals("1.265E-19");
  (new Test("cst092")).ok=((new com.ibm.math.BigDecimal("12.65E-8")).toString()).equals("1.265E-7");
  (new Test("cst093")).ok=((new com.ibm.math.BigDecimal("12.65E-4")).toString()).equals("1.265E-3");
  (new Test("cst094")).ok=((new com.ibm.math.BigDecimal("12.65E-3")).toString()).equals("1.265E-2");
  (new Test("cst095")).ok=((new com.ibm.math.BigDecimal("12.65E-2")).toString()).equals("1.265E-1");
  (new Test("cst096")).ok=((new com.ibm.math.BigDecimal("12.65E-1")).toString()).equals("1.265");
  (new Test("cst097")).ok=((new com.ibm.math.BigDecimal("12.65E-0")).toString()).equals("1.265E+1");
  (new Test("cst098")).ok=((new com.ibm.math.BigDecimal("12.65E+1")).toString()).equals("1.265E+2");
  (new Test("cst099")).ok=((new com.ibm.math.BigDecimal("12.65E+2")).toString()).equals("1.265E+3");
  (new Test("cst100")).ok=((new com.ibm.math.BigDecimal("12.65E+3")).toString()).equals("1.265E+4");
  (new Test("cst101")).ok=((new com.ibm.math.BigDecimal("12.65E+4")).toString()).equals("1.265E+5");
  (new Test("cst102")).ok=((new com.ibm.math.BigDecimal("12.65E+8")).toString()).equals("1.265E+9");
  (new Test("cst103")).ok=((new com.ibm.math.BigDecimal("12.65E+20")).toString()).equals("1.265E+21");
  
  (new Test("cst110")).ok=((new com.ibm.math.BigDecimal("126.5")).toString()).equals("126.5");
  (new Test("cst111")).ok=((new com.ibm.math.BigDecimal("126.5E-20")).toString()).equals("1.265E-18");
  (new Test("cst112")).ok=((new com.ibm.math.BigDecimal("126.5E-8")).toString()).equals("1.265E-6");
  (new Test("cst113")).ok=((new com.ibm.math.BigDecimal("126.5E-4")).toString()).equals("1.265E-2");
  (new Test("cst114")).ok=((new com.ibm.math.BigDecimal("126.5E-3")).toString()).equals("1.265E-1");
  (new Test("cst115")).ok=((new com.ibm.math.BigDecimal("126.5E-2")).toString()).equals("1.265");
  (new Test("cst116")).ok=((new com.ibm.math.BigDecimal("126.5E-1")).toString()).equals("1.265E+1");
  (new Test("cst117")).ok=((new com.ibm.math.BigDecimal("126.5E-0")).toString()).equals("1.265E+2");
  (new Test("cst118")).ok=((new com.ibm.math.BigDecimal("126.5E+1")).toString()).equals("1.265E+3");
  (new Test("cst119")).ok=((new com.ibm.math.BigDecimal("126.5E+2")).toString()).equals("1.265E+4");
  (new Test("cst120")).ok=((new com.ibm.math.BigDecimal("126.5E+3")).toString()).equals("1.265E+5");
  (new Test("cst121")).ok=((new com.ibm.math.BigDecimal("126.5E+4")).toString()).equals("1.265E+6");
  (new Test("cst122")).ok=((new com.ibm.math.BigDecimal("126.5E+8")).toString()).equals("1.265E+10");
  (new Test("cst123")).ok=((new com.ibm.math.BigDecimal("126.5E+20")).toString()).equals("1.265E+22");
  
  (new Test("cst130")).ok=((new com.ibm.math.BigDecimal("1265")).toString()).equals("1265");
  (new Test("cst131")).ok=((new com.ibm.math.BigDecimal("1265E-20")).toString()).equals("1.265E-17");
  (new Test("cst132")).ok=((new com.ibm.math.BigDecimal("1265E-8")).toString()).equals("1.265E-5");
  (new Test("cst133")).ok=((new com.ibm.math.BigDecimal("1265E-4")).toString()).equals("1.265E-1");
  (new Test("cst134")).ok=((new com.ibm.math.BigDecimal("1265E-3")).toString()).equals("1.265");
  (new Test("cst135")).ok=((new com.ibm.math.BigDecimal("1265E-2")).toString()).equals("1.265E+1");
  (new Test("cst136")).ok=((new com.ibm.math.BigDecimal("1265E-1")).toString()).equals("1.265E+2");
  (new Test("cst137")).ok=((new com.ibm.math.BigDecimal("1265E-0")).toString()).equals("1.265E+3");
  (new Test("cst138")).ok=((new com.ibm.math.BigDecimal("1265E+1")).toString()).equals("1.265E+4");
  (new Test("cst139")).ok=((new com.ibm.math.BigDecimal("1265E+2")).toString()).equals("1.265E+5");
  (new Test("cst140")).ok=((new com.ibm.math.BigDecimal("1265E+3")).toString()).equals("1.265E+6");
  (new Test("cst141")).ok=((new com.ibm.math.BigDecimal("1265E+4")).toString()).equals("1.265E+7");
  (new Test("cst142")).ok=((new com.ibm.math.BigDecimal("1265E+8")).toString()).equals("1.265E+11");
  (new Test("cst143")).ok=((new com.ibm.math.BigDecimal("1265E+20")).toString()).equals("1.265E+23");
  
  (new Test("cst150")).ok=((new com.ibm.math.BigDecimal("0.1265")).toString()).equals("0.1265");
  (new Test("cst151")).ok=((new com.ibm.math.BigDecimal("0.1265E-20")).toString()).equals("1.265E-21");
  (new Test("cst152")).ok=((new com.ibm.math.BigDecimal("0.1265E-8")).toString()).equals("1.265E-9");
  (new Test("cst153")).ok=((new com.ibm.math.BigDecimal("0.1265E-4")).toString()).equals("1.265E-5");
  (new Test("cst154")).ok=((new com.ibm.math.BigDecimal("0.1265E-3")).toString()).equals("1.265E-4");
  (new Test("cst155")).ok=((new com.ibm.math.BigDecimal("0.1265E-2")).toString()).equals("1.265E-3");
  (new Test("cst156")).ok=((new com.ibm.math.BigDecimal("0.1265E-1")).toString()).equals("1.265E-2");
  (new Test("cst157")).ok=((new com.ibm.math.BigDecimal("0.1265E-0")).toString()).equals("1.265E-1");
  (new Test("cst158")).ok=((new com.ibm.math.BigDecimal("0.1265E+1")).toString()).equals("1.265");
  (new Test("cst159")).ok=((new com.ibm.math.BigDecimal("0.1265E+2")).toString()).equals("1.265E+1");
  (new Test("cst160")).ok=((new com.ibm.math.BigDecimal("0.1265E+3")).toString()).equals("1.265E+2");
  (new Test("cst161")).ok=((new com.ibm.math.BigDecimal("0.1265E+4")).toString()).equals("1.265E+3");
  (new Test("cst162")).ok=((new com.ibm.math.BigDecimal("0.1265E+8")).toString()).equals("1.265E+7");
  (new Test("cst163")).ok=((new com.ibm.math.BigDecimal("0.1265E+20")).toString()).equals("1.265E+19");
  
  (new Test("cst170")).ok=((new com.ibm.math.BigDecimal("0.09e999999999")).toString()).equals("9E+999999997");
  (new Test("cst171")).ok=((new com.ibm.math.BigDecimal("0.9e999999999")).toString()).equals("9E+999999998");
  (new Test("cst172")).ok=((new com.ibm.math.BigDecimal("9e999999999")).toString()).equals("9E+999999999");
  (new Test("cst173")).ok=((new com.ibm.math.BigDecimal("9.9e999999999")).toString()).equals("9.9E+999999999");
  (new Test("cst174")).ok=((new com.ibm.math.BigDecimal("9.99e999999999")).toString()).equals("9.99E+999999999");
  (new Test("cst175")).ok=((new com.ibm.math.BigDecimal("9.99e-999999999")).toString()).equals("9.99E-999999999");
  (new Test("cst176")).ok=((new com.ibm.math.BigDecimal("9.9e-999999999")).toString()).equals("9.9E-999999999");
  (new Test("cst177")).ok=((new com.ibm.math.BigDecimal("9e-999999999")).toString()).equals("9E-999999999");
  (new Test("cst179")).ok=((new com.ibm.math.BigDecimal("99e-999999999")).toString()).equals("9.9E-999999998");
  (new Test("cst180")).ok=((new com.ibm.math.BigDecimal("999e-999999999")).toString()).equals("9.99E-999999997");
  
  // baddies --
  badstrings=new java.lang.String[]{"1..2",".","..","++1","--1","-+1","+-1","12e","12e++","12f4"," +1","+ 1","12 "," + 1"," - 1 ","x","-1-","12-","3+","","1e-","7e1000000000","","e100","\u0e5a","\u0b65","99e999999999","999e999999999","0.9e-999999999","0.09e-999999999","0.1e1000000000","10e-1000000000","0.9e9999999999","99e-9999999999","111e9999999999","1111e-9999999999"+" "+"111e*123","111e123-","111e+12+","111e1-3-","111e1*23","111e1e+3","1e1.0","1e123e","ten","ONE","1e.1","1e1.","1ee","e+1"}; // 200-203
  // 204-207
  // 208-211
  // 211-214
  // 215-219
  // 220-222
  // 223-224
  // 225-226
  // 227-228
  // 229-230
  // 231-232
  // 233-234
  // 235-237
  // 238-240
  // 241-244
  // 245-248
  
  // watch out for commas on continuation lines
  
  {int $16=badstrings.length;i=0;i:for(;$16>0;$16--,i++){
   try{
    new com.ibm.math.BigDecimal(badstrings[i]);
    say(">>> cst"+(200+i)+":"+" "+badstrings[i]+" "+(new com.ibm.math.BigDecimal(badstrings[i])).toString());
    flag=false;
   }
   catch (java.lang.NumberFormatException $17){
    flag=true;
   }
   (new Test("cst"+(200+i))).ok=flag;
   }
  }/*i*/
  
  try{checknull:do{
   new com.ibm.math.BigDecimal((java.lang.String)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $18){
   flag=true;
  }/*checknull*/
  (new Test("cst301")).ok=flag;
  
  summary("Constructors");
  return;
  }

 /** Mutation tests (checks that contents of constant objects are unchanged). */
 
 public void diagmutation(){
  /* ---------------------------------------------------------------- */
  /* Final tests -- check constants haven't mutated                   */
  /*             -- also that MC objects haven't mutated              */
  /* ---------------------------------------------------------------- */
  (new Test("cuc001")).ok=(com.ibm.math.BigDecimal.ZERO.toString()).equals("0");
  (new Test("cuc002")).ok=(com.ibm.math.BigDecimal.ONE.toString()).equals("1");
  (new Test("cuc003")).ok=(com.ibm.math.BigDecimal.TEN.toString()).equals("10");
  
  (new Test("cuc010")).ok=com.ibm.math.BigDecimal.ROUND_CEILING==com.ibm.math.MathContext.ROUND_CEILING;
  (new Test("cuc011")).ok=com.ibm.math.BigDecimal.ROUND_DOWN==com.ibm.math.MathContext.ROUND_DOWN;
  (new Test("cuc012")).ok=com.ibm.math.BigDecimal.ROUND_FLOOR==com.ibm.math.MathContext.ROUND_FLOOR;
  (new Test("cuc013")).ok=com.ibm.math.BigDecimal.ROUND_HALF_DOWN==com.ibm.math.MathContext.ROUND_HALF_DOWN;
  (new Test("cuc014")).ok=com.ibm.math.BigDecimal.ROUND_HALF_EVEN==com.ibm.math.MathContext.ROUND_HALF_EVEN;
  (new Test("cuc015")).ok=com.ibm.math.BigDecimal.ROUND_HALF_UP==com.ibm.math.MathContext.ROUND_HALF_UP;
  (new Test("cuc016")).ok=com.ibm.math.BigDecimal.ROUND_UNNECESSARY==com.ibm.math.MathContext.ROUND_UNNECESSARY;
  (new Test("cuc017")).ok=com.ibm.math.BigDecimal.ROUND_UP==com.ibm.math.MathContext.ROUND_UP;
  
  (new Test("cuc020")).ok=(com.ibm.math.MathContext.DEFAULT.getDigits())==9;
  (new Test("cuc021")).ok=(com.ibm.math.MathContext.DEFAULT.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("cuc022")).ok=(com.ibm.math.MathContext.DEFAULT.getLostDigits()?1:0)==0;
  (new Test("cuc023")).ok=(com.ibm.math.MathContext.DEFAULT.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  // mc9  =MathContext(9)
  // mcld =MathContext(9, SCIENTIFIC, 1)
  // mcfd =MathContext(0, PLAIN)
  (new Test("cuc030")).ok=(mc9.getDigits())==9;
  (new Test("cuc031")).ok=(mc9.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("cuc032")).ok=(mc9.getLostDigits()?1:0)==0;
  (new Test("cuc033")).ok=(mc9.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  (new Test("cuc034")).ok=(mcld.getDigits())==9;
  (new Test("cuc035")).ok=(mcld.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("cuc036")).ok=(mcld.getLostDigits()?1:0)==1;
  (new Test("cuc037")).ok=(mcld.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  (new Test("cuc038")).ok=(mcfd.getDigits())==0;
  (new Test("cuc039")).ok=(mcfd.getForm())==com.ibm.math.MathContext.PLAIN;
  (new Test("cuc040")).ok=(mcfd.getLostDigits()?1:0)==0;
  (new Test("cuc041")).ok=(mcfd.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  summary("No mutation");
  return;}

 
 /* ----------------------------------------------------------------- */
 /* Operator test methods                                             */
 /* ----------------------------------------------------------------- */
 // The use of context in these tests are primarily to show that they
 // are correctly passed to the methods, except that we check that
 // each method checks for lostDigits.
 
 /** Test the {@link BigDecimal#abs} method. */
 
 public void diagabs(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  
  // most of the function of this is tested by add
  (new Test("abs001")).ok=((new com.ibm.math.BigDecimal("2")).abs().toString()).equals("2");
  (new Test("abs002")).ok=((new com.ibm.math.BigDecimal("-2")).abs().toString()).equals("2");
  (new Test("abs003")).ok=((new com.ibm.math.BigDecimal("+0.000")).abs().toString()).equals("0.000");
  (new Test("abs004")).ok=((new com.ibm.math.BigDecimal("00.000")).abs().toString()).equals("0.000");
  (new Test("abs005")).ok=((new com.ibm.math.BigDecimal("-0.000")).abs().toString()).equals("0.000");
  (new Test("abs006")).ok=((new com.ibm.math.BigDecimal("+0.000")).abs(mcdef).toString()).equals("0");
  (new Test("abs007")).ok=((new com.ibm.math.BigDecimal("00.000")).abs(mcdef).toString()).equals("0");
  (new Test("abs008")).ok=((new com.ibm.math.BigDecimal("-0.000")).abs(mcdef).toString()).equals("0");
  (new Test("abs009")).ok=((new com.ibm.math.BigDecimal("-2000000")).abs().toString()).equals("2000000");
  (new Test("abs010")).ok=((new com.ibm.math.BigDecimal("-2000000")).abs(mcdef).toString()).equals("2000000");
  (new Test("abs011")).ok=((new com.ibm.math.BigDecimal("-2000000")).abs(mc6).toString()).equals("2.00000E+6");
  (new Test("abs012")).ok=((new com.ibm.math.BigDecimal("2000000")).abs(mc6).toString()).equals("2.00000E+6");
  (new Test("abs013")).ok=((new com.ibm.math.BigDecimal("0.2")).abs().toString()).equals("0.2");
  (new Test("abs014")).ok=((new com.ibm.math.BigDecimal("-0.2")).abs().toString()).equals("0.2");
  (new Test("abs015")).ok=((new com.ibm.math.BigDecimal("0.01")).abs().toString()).equals("0.01");
  (new Test("abs016")).ok=((new com.ibm.math.BigDecimal("-0.01")).abs().toString()).equals("0.01");
  try{checkdigits:do{
   tenlong.abs(mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $19){ae=$19;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("abs020")).ok=flag;
  // check lostdigits not raised if digits=0 [monadic method]
  try{checkdigits:do{
   tenlong.abs(mcld0);
   flag=true;
  }while(false);}
  catch (java.lang.ArithmeticException $20){ae=$20;
   flag=false;
  }/*checkdigits*/
  (new Test("abs021")).ok=flag;
  try{checknull:do{
   com.ibm.math.BigDecimal.TEN.abs((com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $21){
   flag=true;
  }/*checknull*/
  (new Test("abs022")).ok=flag;
  
  summary("abs");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#add} method. */
 
 public void diagadd(){
  boolean flag=false;
  com.ibm.math.BigDecimal alhs;
  com.ibm.math.BigDecimal arhs;
  java.lang.ArithmeticException ae=null;
  
  // [first group are 'quick confidence check']
  (new Test("add001")).ok=((new com.ibm.math.BigDecimal(2)).add(new com.ibm.math.BigDecimal(3),mcdef).toString()).equals("5");
  (new Test("add003")).ok=((new com.ibm.math.BigDecimal("5.75")).add(new com.ibm.math.BigDecimal("3.3"),mcdef).toString()).equals("9.05");
  (new Test("add004")).ok=((new com.ibm.math.BigDecimal("5")).add(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("2");
  (new Test("add005")).ok=((new com.ibm.math.BigDecimal("-5")).add(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("-8");
  (new Test("add006")).ok=((new com.ibm.math.BigDecimal("-7")).add(new com.ibm.math.BigDecimal("2.5"),mcdef).toString()).equals("-4.5");
  (new Test("add007")).ok=((new com.ibm.math.BigDecimal("0.7")).add(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("1.0");
  (new Test("add008")).ok=((new com.ibm.math.BigDecimal("1.25")).add(new com.ibm.math.BigDecimal("1.25"),mcdef).toString()).equals("2.50");
  (new Test("add009")).ok=((new com.ibm.math.BigDecimal("1.23456789")).add(new com.ibm.math.BigDecimal("1.00000000"),mcdef).toString()).equals("2.23456789");
  
  (new Test("add010")).ok=((new com.ibm.math.BigDecimal("1.23456789")).add(new com.ibm.math.BigDecimal("1.00000011"),mcdef).toString()).equals("2.23456800");
  
  
  (new Test("add011")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).add(new com.ibm.math.BigDecimal("0.5555555555"),mcdef).toString()).equals("1.00000000");
  
  (new Test("add012")).ok=((new com.ibm.math.BigDecimal("0.4444444440")).add(new com.ibm.math.BigDecimal("0.5555555555"),mcdef).toString()).equals("1.00000000");
  
  (new Test("add013")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).add(new com.ibm.math.BigDecimal("0.5555555550"),mcdef).toString()).equals("0.999999999");
  
  (new Test("add014")).ok=((new com.ibm.math.BigDecimal("0.4444444444999")).add(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0.444444444");
  
  (new Test("add015")).ok=((new com.ibm.math.BigDecimal("0.4444444445000")).add(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0.444444445");
  
  
  (new Test("add016")).ok=((new com.ibm.math.BigDecimal("70")).add(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add017")).ok=((new com.ibm.math.BigDecimal("700")).add(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add018")).ok=((new com.ibm.math.BigDecimal("7000")).add(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add019")).ok=((new com.ibm.math.BigDecimal("70000")).add(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("1.00000001E+13");
  
  (new Test("add020")).ok=((new com.ibm.math.BigDecimal("700000")).add(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("1.00000007E+13");
  
  
  // [Now the same group with fixed arithmetic]
  (new Test("add030")).ok=((new com.ibm.math.BigDecimal(2)).add(new com.ibm.math.BigDecimal(3)).toString()).equals("5");
  (new Test("add031")).ok=((new com.ibm.math.BigDecimal("5.75")).add(new com.ibm.math.BigDecimal("3.3")).toString()).equals("9.05");
  (new Test("add032")).ok=((new com.ibm.math.BigDecimal("5")).add(new com.ibm.math.BigDecimal("-3")).toString()).equals("2");
  (new Test("add033")).ok=((new com.ibm.math.BigDecimal("-5")).add(new com.ibm.math.BigDecimal("-3")).toString()).equals("-8");
  (new Test("add034")).ok=((new com.ibm.math.BigDecimal("-7")).add(new com.ibm.math.BigDecimal("2.5")).toString()).equals("-4.5");
  (new Test("add035")).ok=((new com.ibm.math.BigDecimal("0.7")).add(new com.ibm.math.BigDecimal("0.3")).toString()).equals("1.0");
  (new Test("add036")).ok=((new com.ibm.math.BigDecimal("1.25")).add(new com.ibm.math.BigDecimal("1.25")).toString()).equals("2.50");
  (new Test("add037")).ok=((new com.ibm.math.BigDecimal("1.23456789")).add(new com.ibm.math.BigDecimal("1.00000000")).toString()).equals("2.23456789");
  
  (new Test("add038")).ok=((new com.ibm.math.BigDecimal("1.23456789")).add(new com.ibm.math.BigDecimal("1.00000011")).toString()).equals("2.23456800");
  
  
  (new Test("add039")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).add(new com.ibm.math.BigDecimal("0.5555555555")).toString()).equals("0.9999999999");
  
  (new Test("add040")).ok=((new com.ibm.math.BigDecimal("0.4444444440")).add(new com.ibm.math.BigDecimal("0.5555555555")).toString()).equals("0.9999999995");
  
  (new Test("add041")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).add(new com.ibm.math.BigDecimal("0.5555555550")).toString()).equals("0.9999999994");
  
  (new Test("add042")).ok=((new com.ibm.math.BigDecimal("0.4444444444999")).add(new com.ibm.math.BigDecimal("0")).toString()).equals("0.4444444444999");
  
  (new Test("add043")).ok=((new com.ibm.math.BigDecimal("0.4444444445000")).add(new com.ibm.math.BigDecimal("0")).toString()).equals("0.4444444445000");
  
  
  (new Test("add044")).ok=((new com.ibm.math.BigDecimal("70")).add(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("10000000000070");
  
  (new Test("add045")).ok=((new com.ibm.math.BigDecimal("700")).add(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("10000000000700");
  
  (new Test("add046")).ok=((new com.ibm.math.BigDecimal("7000")).add(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("10000000007000");
  
  (new Test("add047")).ok=((new com.ibm.math.BigDecimal("70000")).add(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("10000000070000");
  
  (new Test("add048")).ok=((new com.ibm.math.BigDecimal("700000")).add(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("10000000700000");
  
  
  // symmetry:
  (new Test("add049")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add050")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("700"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add051")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("7000"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("add052")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70000"),mcdef).toString()).equals("1.00000001E+13");
  
  (new Test("add053")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("700000"),mcdef).toString()).equals("1.00000007E+13");
  
  
  (new Test("add054")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70")).toString()).equals("10000000000070");
  
  (new Test("add055")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("700")).toString()).equals("10000000000700");
  
  (new Test("add056")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("7000")).toString()).equals("10000000007000");
  
  (new Test("add057")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70000")).toString()).equals("10000000070000");
  
  (new Test("add058")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("700000")).toString()).equals("10000000700000");
  
  // some rounding effects
  (new Test("add059")).ok=((new com.ibm.math.BigDecimal("0.9998")).add(new com.ibm.math.BigDecimal("0.0000")).toString()).equals("0.9998");
  
  (new Test("add060")).ok=((new com.ibm.math.BigDecimal("0.9998")).add(new com.ibm.math.BigDecimal("0.0001")).toString()).equals("0.9999");
  
  (new Test("add061")).ok=((new com.ibm.math.BigDecimal("0.9998")).add(new com.ibm.math.BigDecimal("0.0002")).toString()).equals("1.0000");
  
  (new Test("add062")).ok=((new com.ibm.math.BigDecimal("0.9998")).add(new com.ibm.math.BigDecimal("0.0003")).toString()).equals("1.0001");
  
  
  // MC
  (new Test("add070")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70000"),mcfd).toString()).equals("10000000070000");
  
  (new Test("add071")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70000"),mcdef).toString()).equals("1.00000001E+13");
  
  (new Test("add072")).ok=((new com.ibm.math.BigDecimal("10000e+9")).add(new com.ibm.math.BigDecimal("70000"),mc6).toString()).equals("1.00000E+13");
  
  
  // zero preservation
  (new Test("add080")).ok=(com.ibm.math.BigDecimal.ONE.add(new com.ibm.math.BigDecimal("0.0001"),mc6).toString()).equals("1.0001");
  
  (new Test("add081")).ok=(com.ibm.math.BigDecimal.ONE.add(new com.ibm.math.BigDecimal("0.00001"),mc6).toString()).equals("1.00001");
  
  (new Test("add082")).ok=(com.ibm.math.BigDecimal.ONE.add(new com.ibm.math.BigDecimal("0.000001"),mc6).toString()).equals("1.00000");
  
  (new Test("add083")).ok=(com.ibm.math.BigDecimal.ONE.add(new com.ibm.math.BigDecimal("0.0000001"),mc6).toString()).equals("1.00000");
  
  (new Test("add084")).ok=(com.ibm.math.BigDecimal.ONE.add(new com.ibm.math.BigDecimal("0.00000001"),mc6).toString()).equals("1.00000");
  
  
  // more fixed, LHS swaps
  (new Test("add090")).ok=((new com.ibm.math.BigDecimal("-56267E-10")).add(zero).toString()).equals("-0.0000056267");
  (new Test("add091")).ok=((new com.ibm.math.BigDecimal("-56267E-6")).add(zero).toString()).equals("-0.056267");
  (new Test("add092")).ok=((new com.ibm.math.BigDecimal("-56267E-5")).add(zero).toString()).equals("-0.56267");
  (new Test("add093")).ok=((new com.ibm.math.BigDecimal("-56267E-4")).add(zero).toString()).equals("-5.6267");
  (new Test("add094")).ok=((new com.ibm.math.BigDecimal("-56267E-3")).add(zero).toString()).equals("-56.267");
  (new Test("add095")).ok=((new com.ibm.math.BigDecimal("-56267E-2")).add(zero).toString()).equals("-562.67");
  (new Test("add096")).ok=((new com.ibm.math.BigDecimal("-56267E-1")).add(zero).toString()).equals("-5626.7");
  (new Test("add097")).ok=((new com.ibm.math.BigDecimal("-56267E-0")).add(zero).toString()).equals("-56267");
  (new Test("add098")).ok=((new com.ibm.math.BigDecimal("-5E-10")).add(zero).toString()).equals("-0.0000000005");
  (new Test("add099")).ok=((new com.ibm.math.BigDecimal("-5E-5")).add(zero).toString()).equals("-0.00005");
  (new Test("add100")).ok=((new com.ibm.math.BigDecimal("-5E-1")).add(zero).toString()).equals("-0.5");
  (new Test("add101")).ok=((new com.ibm.math.BigDecimal("-5E-10")).add(zero).toString()).equals("-0.0000000005");
  (new Test("add102")).ok=((new com.ibm.math.BigDecimal("-5E-5")).add(zero).toString()).equals("-0.00005");
  (new Test("add103")).ok=((new com.ibm.math.BigDecimal("-5E-1")).add(zero).toString()).equals("-0.5");
  (new Test("add104")).ok=((new com.ibm.math.BigDecimal("-5E10")).add(zero).toString()).equals("-50000000000");
  (new Test("add105")).ok=((new com.ibm.math.BigDecimal("-5E5")).add(zero).toString()).equals("-500000");
  (new Test("add106")).ok=((new com.ibm.math.BigDecimal("-5E1")).add(zero).toString()).equals("-50");
  (new Test("add107")).ok=((new com.ibm.math.BigDecimal("-5E0")).add(zero).toString()).equals("-5");
  
  // more fixed, RHS swaps
  (new Test("add108")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-10")).toString()).equals("-0.0000056267");
  (new Test("add109")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-6")).toString()).equals("-0.056267");
  (new Test("add110")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-5")).toString()).equals("-0.56267");
  (new Test("add111")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-4")).toString()).equals("-5.6267");
  (new Test("add112")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-3")).toString()).equals("-56.267");
  (new Test("add113")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-2")).toString()).equals("-562.67");
  (new Test("add114")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-1")).toString()).equals("-5626.7");
  (new Test("add115")).ok=(zero.add(new com.ibm.math.BigDecimal("-56267E-0")).toString()).equals("-56267");
  (new Test("add116")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-10")).toString()).equals("-0.0000000005");
  (new Test("add117")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-5")).toString()).equals("-0.00005");
  (new Test("add118")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-1")).toString()).equals("-0.5");
  (new Test("add129")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-10")).toString()).equals("-0.0000000005");
  (new Test("add130")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-5")).toString()).equals("-0.00005");
  (new Test("add131")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E-1")).toString()).equals("-0.5");
  (new Test("add132")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E10")).toString()).equals("-50000000000");
  (new Test("add133")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E5")).toString()).equals("-500000");
  (new Test("add134")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E1")).toString()).equals("-50");
  (new Test("add135")).ok=(zero.add(new com.ibm.math.BigDecimal("-5E0")).toString()).equals("-5");
  
  // [some of the next group are really constructor tests]
  (new Test("add140")).ok=((new com.ibm.math.BigDecimal("00.0")).add(new com.ibm.math.BigDecimal("0.00"),mcdef).toString()).equals("0");
  (new Test("add141")).ok=((new com.ibm.math.BigDecimal("0.00")).add(new com.ibm.math.BigDecimal("00.0"),mcdef).toString()).equals("0");
  (new Test("add142")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("3.3");
  (new Test("add143")).ok=((new com.ibm.math.BigDecimal("3.")).add(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("3.3");
  (new Test("add144")).ok=((new com.ibm.math.BigDecimal("3.0")).add(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("3.3");
  (new Test("add145")).ok=((new com.ibm.math.BigDecimal("3.00")).add(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("3.30");
  (new Test("add146")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("6");
  (new Test("add147")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("+3"),mcdef).toString()).equals("6");
  (new Test("add148")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("0");
  (new Test("add149")).ok=((new com.ibm.math.BigDecimal("0.03")).add(new com.ibm.math.BigDecimal("-0.03"),mcdef).toString()).equals("0");
  
  (new Test("add150")).ok=((new com.ibm.math.BigDecimal("00.0")).add(new com.ibm.math.BigDecimal("0.00")).toString()).equals("0.00");
  (new Test("add151")).ok=((new com.ibm.math.BigDecimal("0.00")).add(new com.ibm.math.BigDecimal("00.0")).toString()).equals("0.00");
  (new Test("add152")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal(".3")).toString()).equals("3.3");
  (new Test("add153")).ok=((new com.ibm.math.BigDecimal("3.")).add(new com.ibm.math.BigDecimal(".3")).toString()).equals("3.3");
  (new Test("add154")).ok=((new com.ibm.math.BigDecimal("3.0")).add(new com.ibm.math.BigDecimal(".3")).toString()).equals("3.3");
  (new Test("add155")).ok=((new com.ibm.math.BigDecimal("3.00")).add(new com.ibm.math.BigDecimal(".3")).toString()).equals("3.30");
  (new Test("add156")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("3")).toString()).equals("6");
  (new Test("add157")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("+3")).toString()).equals("6");
  (new Test("add158")).ok=((new com.ibm.math.BigDecimal("3")).add(new com.ibm.math.BigDecimal("-3")).toString()).equals("0");
  (new Test("add159")).ok=((new com.ibm.math.BigDecimal("0.3")).add(new com.ibm.math.BigDecimal("-0.3")).toString()).equals("0.0");
  (new Test("add160")).ok=((new com.ibm.math.BigDecimal("0.03")).add(new com.ibm.math.BigDecimal("-0.03")).toString()).equals("0.00");
  (new Test("add161")).ok=((new com.ibm.math.BigDecimal("7E+12")).add(new com.ibm.math.BigDecimal("-1"),mcfd).toString()).equals("6999999999999");
  
  (new Test("add162")).ok=((new com.ibm.math.BigDecimal("7E+12")).add(new com.ibm.math.BigDecimal("1.11"),mcfd).toString()).equals("7000000000001.11");
  
  (new Test("add163")).ok=((new com.ibm.math.BigDecimal("1.11")).add(new com.ibm.math.BigDecimal("7E+12"),mcfd).toString()).equals("7000000000001.11");
  
  
  // input preparation tests
  alhs=new com.ibm.math.BigDecimal("12345678900000");
  arhs=new com.ibm.math.BigDecimal("9999999999999");
  (new Test("add170")).ok=(alhs.add(arhs,mc3).toString()).equals("2.23E+13");
  (new Test("add171")).ok=(arhs.add(alhs,mc3).toString()).equals("2.23E+13");
  (new Test("add172")).ok=((new com.ibm.math.BigDecimal("12E+3")).add(new com.ibm.math.BigDecimal("3456"),mc3).toString()).equals("1.55E+4");
  // next was 1.54E+4 under old [truncate to digits+1] rules
  (new Test("add173")).ok=((new com.ibm.math.BigDecimal("12E+3")).add(new com.ibm.math.BigDecimal("3446"),mc3).toString()).equals("1.55E+4");
  (new Test("add174")).ok=((new com.ibm.math.BigDecimal("12E+3")).add(new com.ibm.math.BigDecimal("3454"),mc3).toString()).equals("1.55E+4");
  (new Test("add175")).ok=((new com.ibm.math.BigDecimal("12E+3")).add(new com.ibm.math.BigDecimal("3444"),mc3).toString()).equals("1.54E+4");
  
  (new Test("add176")).ok=((new com.ibm.math.BigDecimal("3456")).add(new com.ibm.math.BigDecimal("12E+3"),mc3).toString()).equals("1.55E+4");
  // next was 1.54E+4 under old [truncate to digits+1] rules
  (new Test("add177")).ok=((new com.ibm.math.BigDecimal("3446")).add(new com.ibm.math.BigDecimal("12E+3"),mc3).toString()).equals("1.55E+4");
  (new Test("add178")).ok=((new com.ibm.math.BigDecimal("3454")).add(new com.ibm.math.BigDecimal("12E+3"),mc3).toString()).equals("1.55E+4");
  (new Test("add179")).ok=((new com.ibm.math.BigDecimal("3444")).add(new com.ibm.math.BigDecimal("12E+3"),mc3).toString()).equals("1.54E+4");
  
  try{checknull:do{
   ten.add((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $22){
   flag=true;
  }/*checknull*/
  (new Test("add200")).ok=flag;
  try{checknull2:do{
   ten.add(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $23){
   flag=true;
  }/*checknull2*/
  (new Test("add201")).ok=flag;
  
  try{checkdigits:do{
   tenlong.add(com.ibm.math.BigDecimal.ZERO,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $24){ae=$24;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("add202")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ZERO.add(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $25){ae=$25;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("add203")).ok=flag;
  
  // check lostdigits not raised if digits=0 [dyadic method]
  try{checkdigits:do{
   tenlong.add(com.ibm.math.BigDecimal.ZERO,mcld0);
   flag=true;
  }while(false);}
  catch (java.lang.ArithmeticException $26){ae=$26;
   flag=false;
  }/*checkdigits*/
  (new Test("add204")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ZERO.add(tenlong,mcld0);
   flag=true;
  }while(false);}
  catch (java.lang.ArithmeticException $27){ae=$27;
   flag=false;
  }/*checkdigits*/
  (new Test("add205")).ok=flag;
  
  summary("add");
  return;}

 /* ----------------------------------------------------------------- */
 /** Test the {@link BigDecimal#compareTo(BigDecimal)} method. */
 
 public void diagcompareto(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  // we assume add/subtract test function; this just
  // tests existence, exceptions, and possible results
  
  (new Test("cpt001")).ok=((new com.ibm.math.BigDecimal("5")).compareTo(new com.ibm.math.BigDecimal("2")))==1;
  (new Test("cpt002")).ok=((new com.ibm.math.BigDecimal("5")).compareTo(new com.ibm.math.BigDecimal("5")))==0;
  (new Test("cpt003")).ok=((new com.ibm.math.BigDecimal("5")).compareTo(new com.ibm.math.BigDecimal("5.00")))==0;
  (new Test("cpt004")).ok=((new com.ibm.math.BigDecimal("0.5")).compareTo(new com.ibm.math.BigDecimal("0.5")))==0;
  (new Test("cpt005")).ok=((new com.ibm.math.BigDecimal("2")).compareTo(new com.ibm.math.BigDecimal("5")))==(-1);
  (new Test("cpt006")).ok=((new com.ibm.math.BigDecimal("2")).compareTo(new com.ibm.math.BigDecimal("5"),mcdef))==(-1);
  (new Test("cpt007")).ok=((new com.ibm.math.BigDecimal("2")).compareTo(new com.ibm.math.BigDecimal("5"),mc6))==(-1);
  (new Test("cpt008")).ok=((new com.ibm.math.BigDecimal("2")).compareTo(new com.ibm.math.BigDecimal("5"),mcfd))==(-1);
  try{checknull:do{
   ten.compareTo((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $28){
   flag=true;
  }/*checknull*/
  (new Test("cpt100")).ok=flag;
  try{checknull2:do{
   ten.compareTo(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $29){
   flag=true;
  }/*checknull2*/
  (new Test("cpt101")).ok=flag;
  
  try{checkdigits:do{
   tenlong.compareTo(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $30){ae=$30;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("cpt102")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.compareTo(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $31){ae=$31;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("cpt103")).ok=flag;
  
  summary("compareTo");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#divide} method. */
 
 public void diagdivide(){
  boolean flag=false;
  com.ibm.math.MathContext rmcd;
  int rhu;
  int rd;
  int ru;
  java.lang.RuntimeException e=null;
  java.lang.ArithmeticException ae=null;
  
  (new Test("div301")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("0.333333333");
  (new Test("div302")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("0.666666667");
  (new Test("div303")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("2.4");
  (new Test("div304")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("-1"),mcdef).toString()).equals("-2.4");
  (new Test("div305")).ok=((new com.ibm.math.BigDecimal("-2.4")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("-2.4");
  (new Test("div306")).ok=((new com.ibm.math.BigDecimal("-2.4")).divide(new com.ibm.math.BigDecimal("-1"),mcdef).toString()).equals("2.4");
  (new Test("div307")).ok=((new com.ibm.math.BigDecimal("2.40")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("2.4");
  (new Test("div308")).ok=((new com.ibm.math.BigDecimal("2.400")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("2.4");
  (new Test("div309")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1.2");
  (new Test("div310")).ok=((new com.ibm.math.BigDecimal("2.400")).divide(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1.2");
  (new Test("div311")).ok=((new com.ibm.math.BigDecimal("2.")).divide(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1");
  (new Test("div312")).ok=((new com.ibm.math.BigDecimal("20")).divide(new com.ibm.math.BigDecimal("20"),mcdef).toString()).equals("1");
  (new Test("div313")).ok=((new com.ibm.math.BigDecimal("187")).divide(new com.ibm.math.BigDecimal("187"),mcdef).toString()).equals("1");
  (new Test("div314")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("2.5");
  (new Test("div315")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2.0"),mcdef).toString()).equals("2.5");
  (new Test("div316")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2.000"),mcdef).toString()).equals("2.5");
  (new Test("div317")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("0.200"),mcdef).toString()).equals("25");
  (new Test("div318")).ok=((new com.ibm.math.BigDecimal("999999999")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("999999999");
  (new Test("div319")).ok=((new com.ibm.math.BigDecimal("999999999.4")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("999999999");
  (new Test("div320")).ok=((new com.ibm.math.BigDecimal("999999999.5")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("1E+9");
  (new Test("div321")).ok=((new com.ibm.math.BigDecimal("999999999.9")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("1E+9");
  (new Test("div322")).ok=((new com.ibm.math.BigDecimal("999999999.999")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("1E+9");
  (new Test("div323")).ok=((new com.ibm.math.BigDecimal("0.0000E-50")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("0");
  // MC
  (new Test("div325")).ok=((new com.ibm.math.BigDecimal("999999999")).divide(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("999999999");
  (new Test("div326")).ok=((new com.ibm.math.BigDecimal("999999999")).divide(new com.ibm.math.BigDecimal("1"),mc6).toString()).equals("1E+9");
  (new Test("div327")).ok=((new com.ibm.math.BigDecimal("9999999")).divide(new com.ibm.math.BigDecimal("1"),mc6).toString()).equals("1E+7");
  (new Test("div328")).ok=((new com.ibm.math.BigDecimal("999999")).divide(new com.ibm.math.BigDecimal("1"),mc6).toString()).equals("999999");
  
  // check rounding explicitly [note: digits+1 truncation]
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_CEILING);
  (new Test("div330")).ok=((new com.ibm.math.BigDecimal("1.50")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div331")).ok=((new com.ibm.math.BigDecimal("1.51")).divide(one,rmcd).toString()).equals("1.6");
  (new Test("div332")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.6");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_DOWN);
  (new Test("div333")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div334")).ok=((new com.ibm.math.BigDecimal("1.59")).divide(one,rmcd).toString()).equals("1.5");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_FLOOR);
  (new Test("div335")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div336")).ok=((new com.ibm.math.BigDecimal("1.59")).divide(one,rmcd).toString()).equals("1.5");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_HALF_DOWN);
  (new Test("div337")).ok=((new com.ibm.math.BigDecimal("1.45")).divide(one,rmcd).toString()).equals("1.4");
  (new Test("div338")).ok=((new com.ibm.math.BigDecimal("1.50")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div339")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.5");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_HALF_EVEN);
  (new Test("div340")).ok=((new com.ibm.math.BigDecimal("1.45")).divide(one,rmcd).toString()).equals("1.4");
  (new Test("div341")).ok=((new com.ibm.math.BigDecimal("1.50")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div342")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.6");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_HALF_UP);
  (new Test("div343")).ok=((new com.ibm.math.BigDecimal("1.45")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div344")).ok=((new com.ibm.math.BigDecimal("1.50")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div345")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.6");
  rmcd=new com.ibm.math.MathContext(2,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_UP);
  (new Test("div346")).ok=((new com.ibm.math.BigDecimal("1.50")).divide(one,rmcd).toString()).equals("1.5");
  (new Test("div347")).ok=((new com.ibm.math.BigDecimal("1.51")).divide(one,rmcd).toString()).equals("1.6");
  (new Test("div348")).ok=((new com.ibm.math.BigDecimal("1.55")).divide(one,rmcd).toString()).equals("1.6");
  
  // fixed point...
  (new Test("div350")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3")).toString()).equals("0");
  (new Test("div351")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3")).toString()).equals("1");
  (new Test("div352")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("2.4");
  (new Test("div353")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("-1")).toString()).equals("-2.4");
  (new Test("div354")).ok=((new com.ibm.math.BigDecimal("-2.4")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("-2.4");
  (new Test("div355")).ok=((new com.ibm.math.BigDecimal("-2.4")).divide(new com.ibm.math.BigDecimal("-1")).toString()).equals("2.4");
  (new Test("div356")).ok=((new com.ibm.math.BigDecimal("2.40")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("2.40");
  (new Test("div357")).ok=((new com.ibm.math.BigDecimal("2.400")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("2.400");
  (new Test("div358")).ok=((new com.ibm.math.BigDecimal("2.4")).divide(new com.ibm.math.BigDecimal("2")).toString()).equals("1.2");
  (new Test("div359")).ok=((new com.ibm.math.BigDecimal("2.400")).divide(new com.ibm.math.BigDecimal("2")).toString()).equals("1.200");
  (new Test("div360")).ok=((new com.ibm.math.BigDecimal("2.")).divide(new com.ibm.math.BigDecimal("2")).toString()).equals("1");
  (new Test("div361")).ok=((new com.ibm.math.BigDecimal("20")).divide(new com.ibm.math.BigDecimal("20")).toString()).equals("1");
  (new Test("div362")).ok=((new com.ibm.math.BigDecimal("187")).divide(new com.ibm.math.BigDecimal("187")).toString()).equals("1");
  (new Test("div363")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2")).toString()).equals("3");
  (new Test("div364")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2.0")).toString()).equals("3");
  (new Test("div365")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("2.000")).toString()).equals("3");
  (new Test("div366")).ok=((new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("0.200")).toString()).equals("25");
  (new Test("div367")).ok=((new com.ibm.math.BigDecimal("5.0")).divide(new com.ibm.math.BigDecimal("2")).toString()).equals("2.5");
  (new Test("div368")).ok=((new com.ibm.math.BigDecimal("5.0")).divide(new com.ibm.math.BigDecimal("2.0")).toString()).equals("2.5");
  (new Test("div369")).ok=((new com.ibm.math.BigDecimal("5.0")).divide(new com.ibm.math.BigDecimal("2.000")).toString()).equals("2.5");
  (new Test("div370")).ok=((new com.ibm.math.BigDecimal("5.0")).divide(new com.ibm.math.BigDecimal("0.200")).toString()).equals("25.0");
  (new Test("div371")).ok=((new com.ibm.math.BigDecimal("999999999")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("999999999");
  (new Test("div372")).ok=((new com.ibm.math.BigDecimal("999999999.4")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("999999999.4");
  (new Test("div373")).ok=((new com.ibm.math.BigDecimal("999999999.5")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("999999999.5");
  (new Test("div374")).ok=((new com.ibm.math.BigDecimal("999999999.9")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("999999999.9");
  (new Test("div375")).ok=((new com.ibm.math.BigDecimal("999999999.999")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("999999999.999");
  (new Test("div376")).ok=((new com.ibm.math.BigDecimal("0.0000E-5")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("0");
  (new Test("div377")).ok=((new com.ibm.math.BigDecimal("0.000000000")).divide(new com.ibm.math.BigDecimal("1")).toString()).equals("0.000000000");
  
  //- Fixed point; explicit scales & rounds [old BigDecimal divides]
  rhu=com.ibm.math.MathContext.ROUND_HALF_UP;
  rd=com.ibm.math.MathContext.ROUND_DOWN;
  (new Test("div001")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3")).toString()).equals("0");
  (new Test("div002")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),rhu).toString()).equals("0");
  (new Test("div003")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),0,rhu).toString()).equals("0");
  (new Test("div004")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),1,rhu).toString()).equals("0.0");
  (new Test("div005")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),2,rhu).toString()).equals("0.00");
  (new Test("div006")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),3,rhu).toString()).equals("0.000");
  (new Test("div007")).ok=((new com.ibm.math.BigDecimal("0")).divide(new com.ibm.math.BigDecimal("3"),4,rhu).toString()).equals("0.0000");
  (new Test("div008")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3")).toString()).equals("0");
  (new Test("div009")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),rhu).toString()).equals("0");
  (new Test("div010")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),0,rhu).toString()).equals("0");
  (new Test("div011")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),1,rhu).toString()).equals("0.3");
  (new Test("div012")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),2,rhu).toString()).equals("0.33");
  (new Test("div013")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),3,rhu).toString()).equals("0.333");
  (new Test("div014")).ok=((new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),4,rhu).toString()).equals("0.3333");
  (new Test("div015")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3")).toString()).equals("1");
  (new Test("div016")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),rhu).toString()).equals("1");
  (new Test("div017")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),0,rhu).toString()).equals("1");
  (new Test("div018")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),1,rhu).toString()).equals("0.7");
  (new Test("div019")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),2,rhu).toString()).equals("0.67");
  (new Test("div020")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),3,rhu).toString()).equals("0.667");
  (new Test("div021")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),4,rhu).toString()).equals("0.6667");
  
  (new Test("div030")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("2000"),4,rhu).toString()).equals("0.5000");
  (new Test("div031")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("2000"),3,rhu).toString()).equals("0.500");
  (new Test("div032")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("2000"),2,rhu).toString()).equals("0.50");
  (new Test("div033")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("2000"),1,rhu).toString()).equals("0.5");
  (new Test("div034")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("2000"),0,rhu).toString()).equals("1");
  
  (new Test("div035")).ok=((new com.ibm.math.BigDecimal("100")).divide(new com.ibm.math.BigDecimal("5000"),4,rhu).toString()).equals("0.0200");
  (new Test("div036")).ok=((new com.ibm.math.BigDecimal("100")).divide(new com.ibm.math.BigDecimal("5000"),3,rhu).toString()).equals("0.020");
  (new Test("div037")).ok=((new com.ibm.math.BigDecimal("100")).divide(new com.ibm.math.BigDecimal("5000"),2,rhu).toString()).equals("0.02");
  (new Test("div038")).ok=((new com.ibm.math.BigDecimal("100")).divide(new com.ibm.math.BigDecimal("5000"),1,rhu).toString()).equals("0.0");
  (new Test("div039")).ok=((new com.ibm.math.BigDecimal("100")).divide(new com.ibm.math.BigDecimal("5000"),0,rhu).toString()).equals("0");
  
  (new Test("div040")).ok=((new com.ibm.math.BigDecimal("9.99999999")).divide(new com.ibm.math.BigDecimal("9.77777777"),4,rhu).toString()).equals("1.0227");
  (new Test("div041")).ok=((new com.ibm.math.BigDecimal("9.9999999")).divide(new com.ibm.math.BigDecimal("9.7777777"),4,rhu).toString()).equals("1.0227");
  (new Test("div042")).ok=((new com.ibm.math.BigDecimal("9.999999")).divide(new com.ibm.math.BigDecimal("9.777777"),4,rhu).toString()).equals("1.0227");
  (new Test("div043")).ok=((new com.ibm.math.BigDecimal("9.77777777")).divide(new com.ibm.math.BigDecimal("9.99999999"),4,rhu).toString()).equals("0.9778");
  (new Test("div044")).ok=((new com.ibm.math.BigDecimal("9.7777777")).divide(new com.ibm.math.BigDecimal("9.9999999"),4,rhu).toString()).equals("0.9778");
  (new Test("div045")).ok=((new com.ibm.math.BigDecimal("9.777777")).divide(new com.ibm.math.BigDecimal("9.999999"),4,rhu).toString()).equals("0.9778");
  (new Test("div046")).ok=((new com.ibm.math.BigDecimal("9.77777")).divide(new com.ibm.math.BigDecimal("9.99999"),4,rhu).toString()).equals("0.9778");
  (new Test("div047")).ok=((new com.ibm.math.BigDecimal("9.7777")).divide(new com.ibm.math.BigDecimal("9.9999"),4,rhu).toString()).equals("0.9778");
  (new Test("div048")).ok=((new com.ibm.math.BigDecimal("9.777")).divide(new com.ibm.math.BigDecimal("9.999"),4,rhu).toString()).equals("0.9778");
  (new Test("div049")).ok=((new com.ibm.math.BigDecimal("9.77")).divide(new com.ibm.math.BigDecimal("9.99"),4,rhu).toString()).equals("0.9780");
  (new Test("div050")).ok=((new com.ibm.math.BigDecimal("9.7")).divide(new com.ibm.math.BigDecimal("9.9"),4,rhu).toString()).equals("0.9798");
  (new Test("div051")).ok=((new com.ibm.math.BigDecimal("9.")).divide(new com.ibm.math.BigDecimal("9."),4,rhu).toString()).equals("1.0000");
  
  (new Test("div060")).ok=((new com.ibm.math.BigDecimal("9.99999999")).divide(new com.ibm.math.BigDecimal("9.77777777"),rhu).toString()).equals("1.02272727");
  (new Test("div061")).ok=((new com.ibm.math.BigDecimal("9.9999999")).divide(new com.ibm.math.BigDecimal("9.7777777"),rhu).toString()).equals("1.0227273");
  (new Test("div062")).ok=((new com.ibm.math.BigDecimal("9.999999")).divide(new com.ibm.math.BigDecimal("9.777777"),rhu).toString()).equals("1.022727");
  (new Test("div063")).ok=((new com.ibm.math.BigDecimal("9.77777777")).divide(new com.ibm.math.BigDecimal("9.99999999"),rhu).toString()).equals("0.97777778");
  (new Test("div064")).ok=((new com.ibm.math.BigDecimal("9.7777777")).divide(new com.ibm.math.BigDecimal("9.9999999"),rhu).toString()).equals("0.9777778");
  (new Test("div065")).ok=((new com.ibm.math.BigDecimal("9.777777")).divide(new com.ibm.math.BigDecimal("9.999999"),rhu).toString()).equals("0.977778");
  (new Test("div066")).ok=((new com.ibm.math.BigDecimal("9.77777")).divide(new com.ibm.math.BigDecimal("9.99999"),rhu).toString()).equals("0.97778");
  (new Test("div067")).ok=((new com.ibm.math.BigDecimal("9.7777")).divide(new com.ibm.math.BigDecimal("9.9999"),rhu).toString()).equals("0.9778");
  (new Test("div068")).ok=((new com.ibm.math.BigDecimal("9.777")).divide(new com.ibm.math.BigDecimal("9.999"),rhu).toString()).equals("0.978");
  (new Test("div069")).ok=((new com.ibm.math.BigDecimal("9.77")).divide(new com.ibm.math.BigDecimal("9.99"),rhu).toString()).equals("0.98");
  (new Test("div070")).ok=((new com.ibm.math.BigDecimal("9.7")).divide(new com.ibm.math.BigDecimal("9.9"),rhu).toString()).equals("1.0");
  (new Test("div071")).ok=((new com.ibm.math.BigDecimal("9.")).divide(new com.ibm.math.BigDecimal("9."),rhu).toString()).equals("1");
  
  rd=com.ibm.math.MathContext.ROUND_DOWN; // test this is actually being used
  (new Test("div080")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),0,rd).toString()).equals("0");
  (new Test("div081")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),1,rd).toString()).equals("0.6");
  (new Test("div082")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),2,rd).toString()).equals("0.66");
  (new Test("div083")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),3,rd).toString()).equals("0.666");
  (new Test("div084")).ok=((new com.ibm.math.BigDecimal("2")).divide(new com.ibm.math.BigDecimal("3"),4,rd).toString()).equals("0.6666");
  
  ru=com.ibm.math.MathContext.ROUND_UNNECESSARY; // check for some 0 residues
  (new Test("div090")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5"),4,ru).toString()).equals("200.0000");
  (new Test("div091")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("50"),4,ru).toString()).equals("20.0000");
  (new Test("div092")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("500"),4,ru).toString()).equals("2.0000");
  (new Test("div093")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5000"),4,ru).toString()).equals("0.2000");
  (new Test("div094")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5000"),3,ru).toString()).equals("0.200");
  (new Test("div095")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5000"),2,ru).toString()).equals("0.20");
  (new Test("div096")).ok=((new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5000"),1,ru).toString()).equals("0.2");
  
  // check rounding explicitly
  (new Test("div101")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("0.06");
  (new Test("div102")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("0.1");
  (new Test("div103")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("1");
  (new Test("div104")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0.05");
  (new Test("div105")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0.0");
  (new Test("div106")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0");
  (new Test("div107")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0.05");
  (new Test("div108")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0.0");
  (new Test("div109")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0");
  
  (new Test("div110")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.04");
  (new Test("div111")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.0");
  (new Test("div112")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0");
  (new Test("div113")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.05");
  (new Test("div114")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.0");
  (new Test("div115")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0");
  (new Test("div116")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.05");
  (new Test("div117")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.1");
  (new Test("div118")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0");
  
  (new Test("div120")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.04");
  (new Test("div121")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.0");
  (new Test("div122")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  (new Test("div123")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.05");
  (new Test("div124")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.0");
  (new Test("div125")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  (new Test("div126")).ok=((new com.ibm.math.BigDecimal("0.150")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.15");
  (new Test("div127")).ok=((new com.ibm.math.BigDecimal("0.150")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.2");
  (new Test("div128")).ok=((new com.ibm.math.BigDecimal("0.150")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  (new Test("div129")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.06");
  (new Test("div130")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.1");
  (new Test("div131")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  
  (new Test("div140")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.05");
  (new Test("div141")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.0");
  (new Test("div142")).ok=((new com.ibm.math.BigDecimal("0.045")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  (new Test("div143")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.05");
  (new Test("div144")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.1");
  (new Test("div145")).ok=((new com.ibm.math.BigDecimal("0.050")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  (new Test("div146")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.06");
  (new Test("div147")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.1");
  (new Test("div148")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  
  (new Test("div150")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,2,com.ibm.math.MathContext.ROUND_UP).toString()).equals("0.06");
  (new Test("div151")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,1,com.ibm.math.MathContext.ROUND_UP).toString()).equals("0.1");
  (new Test("div52.")).ok=((new com.ibm.math.BigDecimal("0.055")).divide(one,0,com.ibm.math.MathContext.ROUND_UP).toString()).equals("1");
  
  //- error conditions ---
  try{checknull:do{
   ten.divide((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $32){
   flag=true;
  }/*checknull*/
  (new Test("div201")).ok=flag;
  try{checknull2:do{
   ten.divide(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $33){
   flag=true;
  }/*checknull2*/
  (new Test("div202")).ok=flag;
  
  try{checkscale:do{
   (new com.ibm.math.BigDecimal("1")).divide(new com.ibm.math.BigDecimal("3"),-8,0);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $34){e=$34;
   flag=flag&(e.getMessage()).equals("Negative scale: -8");
  }/*checkscale*/
  (new Test("div203")).ok=flag;
  
  try{rounn:do{
   (new com.ibm.math.BigDecimal("1000")).divide(new com.ibm.math.BigDecimal("5000"),0,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $35){ae=$35;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }/*rounn*/
  (new Test("div204")).ok=flag;
  try{rounn:do{
   (new com.ibm.math.BigDecimal("1001")).divide(new com.ibm.math.BigDecimal("10"),0,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $36){ae=$36;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }/*rounn*/
  (new Test("div205")).ok=flag;
  try{rounn:do{
   (new com.ibm.math.BigDecimal("1001")).divide(new com.ibm.math.BigDecimal("100"),1,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $37){ae=$37;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }/*rounn*/
  (new Test("div206")).ok=flag;
  try{rounn:do{
   (new com.ibm.math.BigDecimal("10001")).divide(new com.ibm.math.BigDecimal("10000"),1,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $38){ae=$38;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }/*rounn*/
  (new Test("div207")).ok=flag;
  try{rounn:do{
   (new com.ibm.math.BigDecimal("1.0001")).divide(new com.ibm.math.BigDecimal("1"),1,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $39){ae=$39;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }/*rounn*/
  (new Test("div208")).ok=flag;
  
  try{div0:do{
   (new com.ibm.math.BigDecimal("5")).divide(new com.ibm.math.BigDecimal("0.00"));
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $40){ae=$40;
   flag=(ae.getMessage()).equals("Divide by 0");
  }/*div0*/
  (new Test("div209")).ok=flag;
  
  try{checkdigits:do{
   tenlong.divide(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $41){ae=$41;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("div210")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.divide(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $42){ae=$42;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("div211")).ok=flag;
  
  summary("divide");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#divideInteger} method. */
 
 public void diagdivideInteger(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  
  (new Test("dvI001")).ok=((new com.ibm.math.BigDecimal("101.3")).divideInteger(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("101");
  (new Test("dvI002")).ok=((new com.ibm.math.BigDecimal("101.0")).divideInteger(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("101");
  (new Test("dvI003")).ok=((new com.ibm.math.BigDecimal("101.3")).divideInteger(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("33");
  (new Test("dvI004")).ok=((new com.ibm.math.BigDecimal("101.0")).divideInteger(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("33");
  (new Test("dvI005")).ok=((new com.ibm.math.BigDecimal("2.4")).divideInteger(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("2");
  (new Test("dvI006")).ok=((new com.ibm.math.BigDecimal("2.400")).divideInteger(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("2");
  (new Test("dvI007")).ok=((new com.ibm.math.BigDecimal("18")).divideInteger(new com.ibm.math.BigDecimal("18"),mcdef).toString()).equals("1");
  (new Test("dvI008")).ok=((new com.ibm.math.BigDecimal("1120")).divideInteger(new com.ibm.math.BigDecimal("1000"),mcdef).toString()).equals("1");
  (new Test("dvI009")).ok=((new com.ibm.math.BigDecimal("2.4")).divideInteger(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1");
  (new Test("dvI010")).ok=((new com.ibm.math.BigDecimal("2.400")).divideInteger(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1");
  (new Test("dvI011")).ok=((new com.ibm.math.BigDecimal("0.5")).divideInteger(new com.ibm.math.BigDecimal("2.000"),mcdef).toString()).equals("0");
  (new Test("dvI012")).ok=((new com.ibm.math.BigDecimal("8.005")).divideInteger(new com.ibm.math.BigDecimal("7"),mcdef).toString()).equals("1");
  (new Test("dvI013")).ok=((new com.ibm.math.BigDecimal("5")).divideInteger(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("2");
  (new Test("dvI014")).ok=((new com.ibm.math.BigDecimal("0")).divideInteger(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0");
  (new Test("dvI015")).ok=((new com.ibm.math.BigDecimal("0.00")).divideInteger(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0");
  // MC
  (new Test("dvI016")).ok=((new com.ibm.math.BigDecimal("5")).divideInteger(new com.ibm.math.BigDecimal("2"),mce).toString()).equals("2");
  (new Test("dvI017")).ok=((new com.ibm.math.BigDecimal("5")).divideInteger(new com.ibm.math.BigDecimal("2"),mc6).toString()).equals("2");
  
  // Fixed --
  (new Test("dvI021")).ok=((new com.ibm.math.BigDecimal("101.3")).divideInteger(new com.ibm.math.BigDecimal("1")).toString()).equals("101");
  (new Test("dvI022")).ok=((new com.ibm.math.BigDecimal("101.0")).divideInteger(new com.ibm.math.BigDecimal("1")).toString()).equals("101");
  (new Test("dvI023")).ok=((new com.ibm.math.BigDecimal("101.3")).divideInteger(new com.ibm.math.BigDecimal("3")).toString()).equals("33");
  (new Test("dvI024")).ok=((new com.ibm.math.BigDecimal("101.0")).divideInteger(new com.ibm.math.BigDecimal("3")).toString()).equals("33");
  (new Test("dvI025")).ok=((new com.ibm.math.BigDecimal("2.4")).divideInteger(new com.ibm.math.BigDecimal("1")).toString()).equals("2");
  (new Test("dvI026")).ok=((new com.ibm.math.BigDecimal("2.400")).divideInteger(new com.ibm.math.BigDecimal("1")).toString()).equals("2");
  (new Test("dvI027")).ok=((new com.ibm.math.BigDecimal("18")).divideInteger(new com.ibm.math.BigDecimal("18")).toString()).equals("1");
  (new Test("dvI028")).ok=((new com.ibm.math.BigDecimal("1120")).divideInteger(new com.ibm.math.BigDecimal("1000")).toString()).equals("1");
  (new Test("dvI029")).ok=((new com.ibm.math.BigDecimal("2.4")).divideInteger(new com.ibm.math.BigDecimal("2")).toString()).equals("1");
  (new Test("dvI030")).ok=((new com.ibm.math.BigDecimal("2.400")).divideInteger(new com.ibm.math.BigDecimal("2")).toString()).equals("1");
  (new Test("dvI031")).ok=((new com.ibm.math.BigDecimal("0.5")).divideInteger(new com.ibm.math.BigDecimal("2.000")).toString()).equals("0");
  (new Test("dvI032")).ok=((new com.ibm.math.BigDecimal("8.005")).divideInteger(new com.ibm.math.BigDecimal("7")).toString()).equals("1");
  (new Test("dvI033")).ok=((new com.ibm.math.BigDecimal("5")).divideInteger(new com.ibm.math.BigDecimal("2")).toString()).equals("2");
  (new Test("dvI034")).ok=((new com.ibm.math.BigDecimal("0")).divideInteger(new com.ibm.math.BigDecimal("2")).toString()).equals("0");
  (new Test("dvI035")).ok=((new com.ibm.math.BigDecimal("0.00")).divideInteger(new com.ibm.math.BigDecimal("2")).toString()).equals("0");
  
  try{checknull:do{
   ten.divideInteger((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $43){
   flag=true;
  }/*checknull*/
  (new Test("dvI101")).ok=flag;
  try{checknull2:do{
   ten.divideInteger(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $44){
   flag=true;
  }/*checknull2*/
  (new Test("dvI102")).ok=flag;
  
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.divideInteger(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $45){ae=$45;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("dvI103")).ok=flag;
  
  try{checkdigits:do{
   tenlong.divideInteger(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $46){ae=$46;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("dvI104")).ok=flag;
  
  summary("divideInteger");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#max} method. */
 
 public void diagmax(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  
  // we assume add/subtract test function; this and min just
  // test existence and test the truth table
  (new Test("max001")).ok=((new com.ibm.math.BigDecimal("5")).max(new com.ibm.math.BigDecimal("2")).toString()).equals("5");
  (new Test("max002")).ok=((new com.ibm.math.BigDecimal("5")).max(new com.ibm.math.BigDecimal("5")).toString()).equals("5");
  (new Test("max003")).ok=((new com.ibm.math.BigDecimal("2")).max(new com.ibm.math.BigDecimal("7")).toString()).equals("7");
  (new Test("max004")).ok=((new com.ibm.math.BigDecimal("2")).max(new com.ibm.math.BigDecimal("7"),mcdef).toString()).equals("7");
  (new Test("max005")).ok=((new com.ibm.math.BigDecimal("2")).max(new com.ibm.math.BigDecimal("7"),mc6).toString()).equals("7");
  (new Test("max006")).ok=((new com.ibm.math.BigDecimal("2E+3")).max(new com.ibm.math.BigDecimal("7")).toString()).equals("2000");
  (new Test("max007")).ok=((new com.ibm.math.BigDecimal("2E+3")).max(new com.ibm.math.BigDecimal("7"),mc3).toString()).equals("2E+3");
  (new Test("max008")).ok=((new com.ibm.math.BigDecimal("7")).max(new com.ibm.math.BigDecimal("2E+3")).toString()).equals("2000");
  (new Test("max009")).ok=((new com.ibm.math.BigDecimal("7")).max(new com.ibm.math.BigDecimal("2E+3"),mc3).toString()).equals("2E+3");
  try{checknull:do{
   ten.max((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $47){
   flag=true;
  }/*checknull*/
  (new Test("max010")).ok=flag;
  try{checknull2:do{
   ten.max(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $48){
   flag=true;
  }/*checknull2*/
  (new Test("max011")).ok=flag;
  try{checkdigits:do{
   tenlong.max(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $49){ae=$49;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("max012")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.max(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $50){ae=$50;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("max013")).ok=flag;
  summary("max");
  return;}

 /** Test the {@link BigDecimal#min} method. */
 
 public void diagmin(){
  boolean flag=false;
  com.ibm.math.BigDecimal minx=null;
  java.lang.ArithmeticException ae=null;
  // we assume add/subtract test function; this and max just
  // test existence and test the truth table
  
  (new Test("min001")).ok=((new com.ibm.math.BigDecimal("5")).min(new com.ibm.math.BigDecimal("2")).toString()).equals("2");
  (new Test("min002")).ok=((new com.ibm.math.BigDecimal("5")).min(new com.ibm.math.BigDecimal("5")).toString()).equals("5");
  (new Test("min003")).ok=((new com.ibm.math.BigDecimal("2")).min(new com.ibm.math.BigDecimal("7")).toString()).equals("2");
  (new Test("min004")).ok=((new com.ibm.math.BigDecimal("2")).min(new com.ibm.math.BigDecimal("7"),mcdef).toString()).equals("2");
  (new Test("min005")).ok=((new com.ibm.math.BigDecimal("1")).min(new com.ibm.math.BigDecimal("7"),mc6).toString()).equals("1");
  (new Test("min006")).ok=((new com.ibm.math.BigDecimal("-2E+3")).min(new com.ibm.math.BigDecimal("7")).toString()).equals("-2000");
  (new Test("min007")).ok=((new com.ibm.math.BigDecimal("-2E+3")).min(new com.ibm.math.BigDecimal("7"),mc3).toString()).equals("-2E+3");
  (new Test("min008")).ok=((new com.ibm.math.BigDecimal("7")).min(new com.ibm.math.BigDecimal("-2E+3")).toString()).equals("-2000");
  (new Test("min009")).ok=((new com.ibm.math.BigDecimal("7")).min(new com.ibm.math.BigDecimal("-2E+3"),mc3).toString()).equals("-2E+3");
  try{checknull:do{
   minx=ten;
   minx.min((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $51){
   flag=true;
  }/*checknull*/
  (new Test("min010")).ok=flag;
  try{checknull2:do{
   minx=ten;
   minx.min(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $52){
   flag=true;
  }/*checknull2*/
  (new Test("min011")).ok=flag;
  
  try{checkdigits:do{
   tenlong.min(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $53){ae=$53;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("min012")).ok=flag;
  try{checkdigits:do{
   (new com.ibm.math.BigDecimal(9)).min(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $54){ae=$54;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("min013")).ok=flag;
  summary("min");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#multiply} method. */
 
 public void diagmultiply(){
  boolean flag=false;
  com.ibm.math.BigDecimal l9;
  com.ibm.math.BigDecimal l77e;
  com.ibm.math.BigDecimal l12345;
  com.ibm.math.BigDecimal edge;
  com.ibm.math.BigDecimal tenedge;
  com.ibm.math.BigDecimal hunedge;
  com.ibm.math.BigDecimal opo;
  com.ibm.math.BigDecimal d1=null;
  com.ibm.math.BigDecimal d2=null;
  java.lang.ArithmeticException oe=null;
  java.lang.ArithmeticException ae=null;
  
  (new Test("mul001")).ok=((new com.ibm.math.BigDecimal("2")).multiply(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("6");
  (new Test("mul002")).ok=((new com.ibm.math.BigDecimal("5")).multiply(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("5");
  (new Test("mul003")).ok=((new com.ibm.math.BigDecimal("5")).multiply(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("10");
  (new Test("mul004")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("2.40");
  (new Test("mul005")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0");
  (new Test("mul006")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("-2"),mcdef).toString()).equals("-2.40");
  (new Test("mul007")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("-2.40");
  (new Test("mul008")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0");
  (new Test("mul009")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("-2"),mcdef).toString()).equals("2.40");
  (new Test("mul010")).ok=((new com.ibm.math.BigDecimal("5.09")).multiply(new com.ibm.math.BigDecimal("7.1"),mcdef).toString()).equals("36.139");
  (new Test("mul011")).ok=((new com.ibm.math.BigDecimal("2.5")).multiply(new com.ibm.math.BigDecimal("4"),mcdef).toString()).equals("10.0");
  (new Test("mul012")).ok=((new com.ibm.math.BigDecimal("2.50")).multiply(new com.ibm.math.BigDecimal("4"),mcdef).toString()).equals("10.00");
  (new Test("mul013")).ok=((new com.ibm.math.BigDecimal("1.23456789")).multiply(new com.ibm.math.BigDecimal("1.00000000"),mcdef).toString()).equals("1.23456789");
  
  (new Test("mul014")).ok=((new com.ibm.math.BigDecimal("9.999999999")).multiply(new com.ibm.math.BigDecimal("9.999999999"),mcdef).toString()).equals("100.000000");
  
  (new Test("mul015")).ok=((new com.ibm.math.BigDecimal("2.50")).multiply(new com.ibm.math.BigDecimal("4"),mcdef).toString()).equals("10.00");
  (new Test("mul016")).ok=((new com.ibm.math.BigDecimal("2.50")).multiply(new com.ibm.math.BigDecimal("4"),mc6).toString()).equals("10.00");
  (new Test("mul017")).ok=((new com.ibm.math.BigDecimal("9.999999999")).multiply(new com.ibm.math.BigDecimal("9.999999999"),mc6).toString()).equals("100.000");
  
  
  (new Test("mul020")).ok=((new com.ibm.math.BigDecimal("2")).multiply(new com.ibm.math.BigDecimal("3")).toString()).equals("6");
  (new Test("mul021")).ok=((new com.ibm.math.BigDecimal("5")).multiply(new com.ibm.math.BigDecimal("1")).toString()).equals("5");
  (new Test("mul022")).ok=((new com.ibm.math.BigDecimal("5")).multiply(new com.ibm.math.BigDecimal("2")).toString()).equals("10");
  (new Test("mul023")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("2")).toString()).equals("2.40");
  (new Test("mul024")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("0")).toString()).equals("0.00");
  (new Test("mul025")).ok=((new com.ibm.math.BigDecimal("1.20")).multiply(new com.ibm.math.BigDecimal("-2")).toString()).equals("-2.40");
  (new Test("mul026")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("2")).toString()).equals("-2.40");
  (new Test("mul027")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("0")).toString()).equals("0.00");
  (new Test("mul028")).ok=((new com.ibm.math.BigDecimal("-1.20")).multiply(new com.ibm.math.BigDecimal("-2")).toString()).equals("2.40");
  (new Test("mul029")).ok=((new com.ibm.math.BigDecimal("5.09")).multiply(new com.ibm.math.BigDecimal("7.1")).toString()).equals("36.139");
  (new Test("mul030")).ok=((new com.ibm.math.BigDecimal("2.5")).multiply(new com.ibm.math.BigDecimal("4")).toString()).equals("10.0");
  (new Test("mul031")).ok=((new com.ibm.math.BigDecimal("2.50")).multiply(new com.ibm.math.BigDecimal("4")).toString()).equals("10.00");
  (new Test("mul032")).ok=((new com.ibm.math.BigDecimal("1.23456789")).multiply(new com.ibm.math.BigDecimal("1.00000000")).toString()).equals("1.2345678900000000");
  
  (new Test("mul033")).ok=((new com.ibm.math.BigDecimal("1234.56789")).multiply(new com.ibm.math.BigDecimal("-1000.00000")).toString()).equals("-1234567.8900000000");
  
  (new Test("mul034")).ok=((new com.ibm.math.BigDecimal("-1234.56789")).multiply(new com.ibm.math.BigDecimal("1000.00000")).toString()).equals("-1234567.8900000000");
  
  (new Test("mul035")).ok=((new com.ibm.math.BigDecimal("9.999999999")).multiply(new com.ibm.math.BigDecimal("9.999999999")).toString()).equals("99.999999980000000001");
  
  (new Test("mul036")).ok=((new com.ibm.math.BigDecimal("5.00")).multiply(new com.ibm.math.BigDecimal("1E-3")).toString()).equals("0.00500");
  (new Test("mul037")).ok=((new com.ibm.math.BigDecimal("00.00")).multiply(new com.ibm.math.BigDecimal("0.000")).toString()).equals("0.00000");
  (new Test("mul038")).ok=((new com.ibm.math.BigDecimal("00.00")).multiply(new com.ibm.math.BigDecimal("0E-3")).toString()).equals("0.00"); // rhs is '0'
  // 1999.12.21: next one is a edge case if intermediate longs are used
  (new Test("mul039")).ok=((new com.ibm.math.BigDecimal("999999999999")).multiply(new com.ibm.math.BigDecimal("9765625")).toString()).equals("9765624999990234375");
  
  l9=new com.ibm.math.BigDecimal("123456789E+10");
  l77e=new com.ibm.math.BigDecimal("77E-20");
  (new Test("mul040")).ok=(l9.multiply(new com.ibm.math.BigDecimal("3456757")).toString()).equals("4267601195732730000000000");
  (new Test("mul041")).ok=(l9.multiply(new com.ibm.math.BigDecimal("3456757"),mc3).toString()).equals("4.26E+24");
  (new Test("mul042")).ok=(l9.multiply(l77e).toString()).equals("0.95061727530000000000");
  (new Test("mul043")).ok=(l9.multiply(l77e,mc3).toString()).equals("0.947");
  (new Test("mul044")).ok=(l77e.multiply(l9,mc3).toString()).equals("0.947");
  
  l12345=new com.ibm.math.BigDecimal("123.45");
  (new Test("mul050")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e11"),mcdef).toString()).equals("1.2345E+13");
  (new Test("mul051")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e11"),mcs).toString()).equals("1.2345E+13");
  (new Test("mul052")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e+9"),mce).toString()).equals("123.45E+9");
  (new Test("mul053")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e10"),mce).toString()).equals("1.2345E+12");
  (new Test("mul054")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e11"),mce).toString()).equals("12.345E+12");
  (new Test("mul055")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e12"),mce).toString()).equals("123.45E+12");
  (new Test("mul056")).ok=(l12345.multiply(new com.ibm.math.BigDecimal("1e13"),mce).toString()).equals("1.2345E+15");
  
  // test some cases that are close to exponent overflow
  (new Test("mul060")).ok=(one.multiply(new com.ibm.math.BigDecimal("9e999999999"),mcs).toString()).equals("9E+999999999");
  (new Test("mul061")).ok=(one.multiply(new com.ibm.math.BigDecimal("9.9e999999999"),mcs).toString()).equals("9.9E+999999999");
  (new Test("mul062")).ok=(one.multiply(new com.ibm.math.BigDecimal("9.99e999999999"),mcs).toString()).equals("9.99E+999999999");
  (new Test("mul063")).ok=(ten.multiply(new com.ibm.math.BigDecimal("9e999999999"),mce).toString()).equals("90E+999999999");
  (new Test("mul064")).ok=(ten.multiply(new com.ibm.math.BigDecimal("9.9e999999999"),mce).toString()).equals("99.0E+999999999");
  edge=new com.ibm.math.BigDecimal("9.999e999999999");
  tenedge=ten.multiply(edge,mce);
  (new Test("mul065")).ok=(tenedge.toString()).equals("99.990E+999999999");
  hunedge=ten.multiply(tenedge,mce);
  (new Test("mul066")).ok=(hunedge.toString()).equals("999.900E+999999999");
  opo=new com.ibm.math.BigDecimal("0.1"); // one tenth
  (new Test("mul067")).ok=(opo.multiply(new com.ibm.math.BigDecimal("9e-999999998"),mcs).toString()).equals("9E-999999999");
  (new Test("mul068")).ok=(opo.multiply(new com.ibm.math.BigDecimal("99e-999999998"),mcs).toString()).equals("9.9E-999999998");
  (new Test("mul069")).ok=(opo.multiply(new com.ibm.math.BigDecimal("999e-999999998"),mcs).toString()).equals("9.99E-999999997");
  
  (new Test("mul070")).ok=(opo.multiply(new com.ibm.math.BigDecimal("9e-999999998"),mce).toString()).equals("9E-999999999");
  (new Test("mul071")).ok=(opo.multiply(new com.ibm.math.BigDecimal("99e-999999998"),mce).toString()).equals("99E-999999999");
  (new Test("mul072")).ok=(opo.multiply(new com.ibm.math.BigDecimal("999e-999999998"),mce).toString()).equals("999E-999999999");
  (new Test("mul073")).ok=(opo.multiply(new com.ibm.math.BigDecimal("999e-999999997"),mce).toString()).equals("9.99E-999999996");
  (new Test("mul074")).ok=(opo.multiply(new com.ibm.math.BigDecimal("9999e-999999997"),mce).toString()).equals("99.99E-999999996");
  (new Test("mul074")).ok=(opo.multiply(new com.ibm.math.BigDecimal("99999e-999999997"),mce).toString()).equals("999.99E-999999996");
  
  // test some intermediate lengths
  (new Test("mul080")).ok=(opo.multiply(new com.ibm.math.BigDecimal("123456789"),mcs).toString()).equals("12345678.9");
  (new Test("mul081")).ok=(opo.multiply(new com.ibm.math.BigDecimal("12345678901234"),mcs).toString()).equals("1.23456789E+12");
  (new Test("mul082")).ok=(opo.multiply(new com.ibm.math.BigDecimal("123456789123456789"),mcs).toString()).equals("1.23456789E+16");
  (new Test("mul083")).ok=(opo.multiply(new com.ibm.math.BigDecimal("123456789"),mcfd).toString()).equals("12345678.9");
  (new Test("mul084")).ok=(opo.multiply(new com.ibm.math.BigDecimal("12345678901234"),mcfd).toString()).equals("1234567890123.4");
  (new Test("mul085")).ok=(opo.multiply(new com.ibm.math.BigDecimal("123456789123456789"),mcfd).toString()).equals("12345678912345678.9");
  
  (new Test("mul090")).ok=((new com.ibm.math.BigDecimal("123456789")).multiply(opo,mcs).toString()).equals("12345678.9");
  (new Test("mul091")).ok=((new com.ibm.math.BigDecimal("12345678901234")).multiply(opo,mcs).toString()).equals("1.23456789E+12");
  (new Test("mul092")).ok=((new com.ibm.math.BigDecimal("123456789123456789")).multiply(opo,mcs).toString()).equals("1.23456789E+16");
  (new Test("mul093")).ok=((new com.ibm.math.BigDecimal("123456789")).multiply(opo,mcfd).toString()).equals("12345678.9");
  (new Test("mul094")).ok=((new com.ibm.math.BigDecimal("12345678901234")).multiply(opo,mcfd).toString()).equals("1234567890123.4");
  (new Test("mul095")).ok=((new com.ibm.math.BigDecimal("123456789123456789")).multiply(opo,mcfd).toString()).equals("12345678912345678.9");
  
  // test some more edge cases and carries
  (new Test("mul101")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9")).toString()).equals("81");
  (new Test("mul102")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90")).toString()).equals("810");
  (new Test("mul103")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900")).toString()).equals("8100");
  (new Test("mul104")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000")).toString()).equals("81000");
  (new Test("mul105")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000")).toString()).equals("810000");
  (new Test("mul106")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000")).toString()).equals("8100000");
  (new Test("mul107")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000")).toString()).equals("81000000");
  (new Test("mul108")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000")).toString()).equals("810000000");
  (new Test("mul109")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000000")).toString()).equals("8100000000");
  (new Test("mul110")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000000")).toString()).equals("81000000000");
  (new Test("mul111")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000000")).toString()).equals("810000000000");
  (new Test("mul112")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000000000")).toString()).equals("8100000000000");
  (new Test("mul113")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000000000")).toString()).equals("81000000000000");
  (new Test("mul114")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000000000")).toString()).equals("810000000000000");
  (new Test("mul115")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000000000000")).toString()).equals("8100000000000000");
  (new Test("mul116")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000000000000")).toString()).equals("81000000000000000");
  (new Test("mul117")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000000000000")).toString()).equals("810000000000000000");
  (new Test("mul118")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000000000000000")).toString()).equals("8100000000000000000");
  (new Test("mul119")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000000000000000")).toString()).equals("81000000000000000000");
  (new Test("mul120")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000000000000000")).toString()).equals("810000000000000000000");
  (new Test("mul121")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("900000000000000000000")).toString()).equals("8100000000000000000000");
  (new Test("mul122")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("9000000000000000000000")).toString()).equals("81000000000000000000000");
  (new Test("mul123")).ok=((new com.ibm.math.BigDecimal("9")).multiply(new com.ibm.math.BigDecimal("90000000000000000000000")).toString()).equals("810000000000000000000000");
  // test some more edge cases without carries
  (new Test("mul131")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3")).toString()).equals("9");
  (new Test("mul132")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30")).toString()).equals("90");
  (new Test("mul133")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300")).toString()).equals("900");
  (new Test("mul134")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000")).toString()).equals("9000");
  (new Test("mul135")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000")).toString()).equals("90000");
  (new Test("mul136")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000")).toString()).equals("900000");
  (new Test("mul137")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000")).toString()).equals("9000000");
  (new Test("mul138")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000")).toString()).equals("90000000");
  (new Test("mul139")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000000")).toString()).equals("900000000");
  (new Test("mul140")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000000")).toString()).equals("9000000000");
  (new Test("mul141")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000000")).toString()).equals("90000000000");
  (new Test("mul142")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000000000")).toString()).equals("900000000000");
  (new Test("mul143")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000000000")).toString()).equals("9000000000000");
  (new Test("mul144")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000000000")).toString()).equals("90000000000000");
  (new Test("mul145")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000000000000")).toString()).equals("900000000000000");
  (new Test("mul146")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000000000000")).toString()).equals("9000000000000000");
  (new Test("mul147")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000000000000")).toString()).equals("90000000000000000");
  (new Test("mul148")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000000000000000")).toString()).equals("900000000000000000");
  (new Test("mul149")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000000000000000")).toString()).equals("9000000000000000000");
  (new Test("mul150")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000000000000000")).toString()).equals("90000000000000000000");
  (new Test("mul151")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("300000000000000000000")).toString()).equals("900000000000000000000");
  (new Test("mul152")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("3000000000000000000000")).toString()).equals("9000000000000000000000");
  (new Test("mul153")).ok=((new com.ibm.math.BigDecimal("3")).multiply(new com.ibm.math.BigDecimal("30000000000000000000000")).toString()).equals("90000000000000000000000");
  
  try{checknull:do{
   ten.multiply((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $55){
   flag=true;
  }/*checknull*/
  (new Test("mul200")).ok=flag;
  try{checknull2:do{
   ten.multiply(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $56){
   flag=true;
  }/*checknull2*/
  (new Test("mul201")).ok=flag;
  
  try{checkover:do{
   d1=new com.ibm.math.BigDecimal("-1.23456789012345E-0");
   d2=new com.ibm.math.BigDecimal("9E+999999999");
   d1.multiply(d2,mcdef); // marginal overflow
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $57){oe=$57;
   flag=(oe.getMessage()).equals("Exponent Overflow: 1000000000");
  }/*checkover*/
  (new Test("mul202")).ok=flag;
  try{checkover:do{
   d1=new com.ibm.math.BigDecimal("112");
   d2=new com.ibm.math.BigDecimal("9E+999999999");
   d1.multiply(d2,mce); // marginal overflow, engineering
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $58){oe=$58;
   flag=(oe.getMessage()).equals("Exponent Overflow: 1000000002");
  }/*checkover*/
  (new Test("mul203")).ok=flag;
  
  try{checkover:do{
   d1=new com.ibm.math.BigDecimal("0.9");
   d2=new com.ibm.math.BigDecimal("1E-999999999");
   d1.multiply(d2,mcdef); // marginal negative overflow
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $59){oe=$59;
   flag=(oe.getMessage()).equals("Exponent Overflow: -1000000000");
  }/*checkover*/
  (new Test("mul204")).ok=flag;
  try{checkover:do{
   d1=new com.ibm.math.BigDecimal("0.9");
   d2=new com.ibm.math.BigDecimal("1E-999999999");
   d1.multiply(d2,mce); // marginal negative overflow, engineering
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $60){oe=$60;
   flag=(oe.getMessage()).equals("Exponent Overflow: -1000000002");
  }/*checkover*/
  (new Test("mul205")).ok=flag;
  
  try{checkdigits:do{
   tenlong.multiply(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $61){ae=$61;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("mul206")).ok=flag;
  try{checkdigits:do{
   com.ibm.math.BigDecimal.TEN.multiply(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $62){ae=$62;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("mul207")).ok=flag;
  
  summary("multiply");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#negate} method. */
 
 public void diagnegate(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  
  (new Test("neg001")).ok=((new com.ibm.math.BigDecimal("2")).negate().toString()).equals("-2");
  (new Test("neg002")).ok=((new com.ibm.math.BigDecimal("-2")).negate().toString()).equals("2");
  (new Test("neg003")).ok=((new com.ibm.math.BigDecimal("2.00")).negate(mcdef).toString()).equals("-2.00");
  (new Test("neg004")).ok=((new com.ibm.math.BigDecimal("-2.00")).negate(mcdef).toString()).equals("2.00");
  (new Test("neg005")).ok=((new com.ibm.math.BigDecimal("0")).negate(mcdef).toString()).equals("0");
  (new Test("neg006")).ok=((new com.ibm.math.BigDecimal("0.00")).negate(mcdef).toString()).equals("0");
  (new Test("neg007")).ok=((new com.ibm.math.BigDecimal("00.0")).negate(mcdef).toString()).equals("0");
  (new Test("neg008")).ok=((new com.ibm.math.BigDecimal("00")).negate(mcdef).toString()).equals("0");
  
  (new Test("neg010")).ok=((new com.ibm.math.BigDecimal("2.00")).negate().toString()).equals("-2.00");
  (new Test("neg011")).ok=((new com.ibm.math.BigDecimal("-2.00")).negate().toString()).equals("2.00");
  (new Test("neg012")).ok=((new com.ibm.math.BigDecimal("0")).negate().toString()).equals("0");
  (new Test("neg013")).ok=((new com.ibm.math.BigDecimal("0.00")).negate().toString()).equals("0.00");
  (new Test("neg014")).ok=((new com.ibm.math.BigDecimal("00.0")).negate().toString()).equals("0.0");
  (new Test("neg015")).ok=((new com.ibm.math.BigDecimal("00.00")).negate().toString()).equals("0.00");
  (new Test("neg016")).ok=((new com.ibm.math.BigDecimal("00")).negate().toString()).equals("0");
  
  (new Test("neg020")).ok=((new com.ibm.math.BigDecimal("-2000000")).negate().toString()).equals("2000000");
  (new Test("neg021")).ok=((new com.ibm.math.BigDecimal("-2000000")).negate(mcdef).toString()).equals("2000000");
  (new Test("neg022")).ok=((new com.ibm.math.BigDecimal("-2000000")).negate(mc6).toString()).equals("2.00000E+6");
  (new Test("neg023")).ok=((new com.ibm.math.BigDecimal("2000000")).negate(mc6).toString()).equals("-2.00000E+6");
  
  try{checknull:do{
   ten.negate((com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $63){
   flag=true;
  }/*checknull*/
  (new Test("neg100")).ok=flag;
  
  try{checkdigits:do{
   tenlong.negate(mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $64){ae=$64;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("neg101")).ok=flag;
  summary("negate");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#plus} method. */
 
 public void diagplus(){
  boolean flag=false;
  com.ibm.math.MathContext mche1;
  java.lang.ArithmeticException ae=null;
  
  (new Test("plu001")).ok=((new com.ibm.math.BigDecimal("2")).plus(mcdef).toString()).equals("2");
  (new Test("plu002")).ok=((new com.ibm.math.BigDecimal("-2")).plus(mcdef).toString()).equals("-2");
  (new Test("plu003")).ok=((new com.ibm.math.BigDecimal("2.00")).plus(mcdef).toString()).equals("2.00");
  (new Test("plu004")).ok=((new com.ibm.math.BigDecimal("-2.00")).plus(mcdef).toString()).equals("-2.00");
  (new Test("plu005")).ok=((new com.ibm.math.BigDecimal("0")).plus(mcdef).toString()).equals("0");
  (new Test("plu006")).ok=((new com.ibm.math.BigDecimal("0.00")).plus(mcdef).toString()).equals("0");
  (new Test("plu007")).ok=((new com.ibm.math.BigDecimal("00.0")).plus(mcdef).toString()).equals("0");
  (new Test("plu008")).ok=((new com.ibm.math.BigDecimal("00")).plus(mcdef).toString()).equals("0");
  
  (new Test("plu010")).ok=((new com.ibm.math.BigDecimal("2")).plus().toString()).equals("2");
  (new Test("plu011")).ok=((new com.ibm.math.BigDecimal("-2")).plus().toString()).equals("-2");
  (new Test("plu012")).ok=((new com.ibm.math.BigDecimal("2.00")).plus().toString()).equals("2.00");
  (new Test("plu013")).ok=((new com.ibm.math.BigDecimal("-2.00")).plus().toString()).equals("-2.00");
  (new Test("plu014")).ok=((new com.ibm.math.BigDecimal("0")).plus().toString()).equals("0");
  (new Test("plu015")).ok=((new com.ibm.math.BigDecimal("0.00")).plus().toString()).equals("0.00");
  (new Test("plu016")).ok=((new com.ibm.math.BigDecimal("00.0")).plus().toString()).equals("0.0");
  (new Test("plu017")).ok=((new com.ibm.math.BigDecimal("00.00")).plus().toString()).equals("0.00");
  (new Test("plu018")).ok=((new com.ibm.math.BigDecimal("00")).plus().toString()).equals("0");
  
  (new Test("plu020")).ok=((new com.ibm.math.BigDecimal("-2000000")).plus().toString()).equals("-2000000");
  (new Test("plu021")).ok=((new com.ibm.math.BigDecimal("-2000000")).plus(mcdef).toString()).equals("-2000000");
  (new Test("plu022")).ok=((new com.ibm.math.BigDecimal("-2000000")).plus(mc6).toString()).equals("-2.00000E+6");
  (new Test("plu023")).ok=((new com.ibm.math.BigDecimal("2000000")).plus(mc6).toString()).equals("2.00000E+6");
  
  // try some exotic but silly rounding [format checks more varieties]
  // [this mostly ensures we can set up and pass the setting]
  mche1=new com.ibm.math.MathContext(1,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_HALF_EVEN);
  (new Test("plu030")).ok=((new com.ibm.math.BigDecimal("0.24")).plus(mche1).toString()).equals("0.2");
  (new Test("plu031")).ok=((new com.ibm.math.BigDecimal("0.25")).plus(mche1).toString()).equals("0.2");
  (new Test("plu032")).ok=((new com.ibm.math.BigDecimal("0.26")).plus(mche1).toString()).equals("0.3");
  (new Test("plu033")).ok=((new com.ibm.math.BigDecimal("0.14")).plus(mche1).toString()).equals("0.1");
  (new Test("plu034")).ok=((new com.ibm.math.BigDecimal("0.15")).plus(mche1).toString()).equals("0.2");
  (new Test("plu035")).ok=((new com.ibm.math.BigDecimal("0.16")).plus(mche1).toString()).equals("0.2");
  
  (new Test("plu040")).ok=((new com.ibm.math.BigDecimal("0.251")).plus(mche1).toString()).equals("0.3");
  (new Test("plu041")).ok=((new com.ibm.math.BigDecimal("0.151")).plus(mche1).toString()).equals("0.2");
  
  (new Test("plu050")).ok=((new com.ibm.math.BigDecimal("-0.24")).plus(mche1).toString()).equals("-0.2");
  (new Test("plu051")).ok=((new com.ibm.math.BigDecimal("-0.25")).plus(mche1).toString()).equals("-0.2");
  (new Test("plu052")).ok=((new com.ibm.math.BigDecimal("-0.26")).plus(mche1).toString()).equals("-0.3");
  (new Test("plu053")).ok=((new com.ibm.math.BigDecimal("-0.14")).plus(mche1).toString()).equals("-0.1");
  (new Test("plu054")).ok=((new com.ibm.math.BigDecimal("-0.15")).plus(mche1).toString()).equals("-0.2");
  (new Test("plu055")).ok=((new com.ibm.math.BigDecimal("-0.16")).plus(mche1).toString()).equals("-0.2");
  
  // more fixed, potential LHS swaps if done by add 0
  (new Test("plu060")).ok=((new com.ibm.math.BigDecimal("-56267E-10")).plus().toString()).equals("-0.0000056267");
  (new Test("plu061")).ok=((new com.ibm.math.BigDecimal("-56267E-5")).plus().toString()).equals("-0.56267");
  (new Test("plu062")).ok=((new com.ibm.math.BigDecimal("-56267E-2")).plus().toString()).equals("-562.67");
  (new Test("plu063")).ok=((new com.ibm.math.BigDecimal("-56267E-1")).plus().toString()).equals("-5626.7");
  (new Test("plu065")).ok=((new com.ibm.math.BigDecimal("-56267E-0")).plus().toString()).equals("-56267");
  
  try{checknull:do{
   ten.plus((com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $65){
   flag=true;
  }/*checknull*/
  (new Test("plu100")).ok=flag;
  
  try{checkdigits:do{
   tenlong.plus(mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $66){ae=$66;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("plu101")).ok=flag;
  summary("plus");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#pow} method. */
 
 public void diagpow(){
  boolean flag;
  com.ibm.math.BigDecimal x;
  com.ibm.math.BigDecimal temp;
  int n=0;
  com.ibm.math.BigDecimal vx;
  com.ibm.math.BigDecimal vn;
  java.lang.ArithmeticException ae=null;
  flag=true;
  (new Test("pow001")).ok="1".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("0"),mcdef).toString());
  (new Test("pow002")).ok="0.3".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("1"),mcdef).toString());
  (new Test("pow003")).ok="0.3".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("1.00"),mcdef).toString());
  (new Test("pow004")).ok="0.09".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("2.00"),mcdef).toString());
  (new Test("pow005")).ok="0.09".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("2.000000000"),mcdef).toString());
  (new Test("pow006")).ok=("1E-8").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-8"),mcdef).toString());
  (new Test("pow007")).ok=("1E-7").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-7"),mcdef).toString());
  (new Test("pow008")).ok="0.000001".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-6"),mcdef).toString());
  (new Test("pow009")).ok="0.00001".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-5"),mcdef).toString());
  (new Test("pow010")).ok="0.0001".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-4"),mcdef).toString());
  (new Test("pow011")).ok="0.001".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-3"),mcdef).toString());
  (new Test("pow012")).ok="0.01".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-2"),mcdef).toString());
  (new Test("pow013")).ok="0.1".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-1"),mcdef).toString());
  (new Test("pow014")).ok="1".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("0"),mcdef).toString());
  (new Test("pow015")).ok="10".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("1"),mcdef).toString());
  (new Test("pow016")).ok="100000000".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("8"),mcdef).toString());
  (new Test("pow017")).ok=("1E+9").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("9"),mcdef).toString());
  (new Test("pow018")).ok=("1E+99").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("99"),mcdef).toString());
  (new Test("pow019")).ok=("1E+999999999").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999999"),mcdef).toString());
  (new Test("pow020")).ok=("1E+999999998").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999998"),mcdef).toString());
  (new Test("pow021")).ok=("1E+999999997").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999997"),mcdef).toString());
  (new Test("pow022")).ok=("1E+333333333").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("333333333"),mcdef).toString());
  (new Test("pow023")).ok=("1E-333333333").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-333333333"),mcdef).toString());
  (new Test("pow024")).ok=("1E-999999998").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-999999998"),mcdef).toString());
  (new Test("pow025")).ok=("1E-999999999").equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-999999999"),mcdef).toString());
  (new Test("pow026")).ok="0.5".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-1"),mcdef).toString());
  (new Test("pow027")).ok="0.25".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-2"),mcdef).toString());
  (new Test("pow028")).ok="0.0625".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-4"),mcdef).toString());
  
  (new Test("pow050")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("1");
  (new Test("pow051")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("0");
  (new Test("pow052")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0");
  (new Test("pow053")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("1");
  (new Test("pow054")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("1"),mcdef).toString()).equals("1");
  (new Test("pow055")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1");
  (new Test("pow056")).ok=((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("1");
  (new Test("pow057")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999999"),mcdef).toString()).equals("1E+999999999");
  (new Test("pow058")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999998"),mcdef).toString()).equals("1E+999999998");
  (new Test("pow059")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("999999997"),mcdef).toString()).equals("1E+999999997");
  (new Test("pow060")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("333333333"),mcdef).toString()).equals("1E+333333333");
  (new Test("pow061")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("77"),mcdef).toString()).equals("1E+77");
  (new Test("pow062")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("22"),mcdef).toString()).equals("1E+22");
  (new Test("pow063")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-77"),mcdef).toString()).equals("1E-77");
  (new Test("pow064")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("-22"),mcdef).toString()).equals("1E-22");
  (new Test("pow065")).ok=((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-1"),mcdef).toString()).equals("0.5");
  (new Test("pow066")).ok=((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-2"),mcdef).toString()).equals("0.25");
  (new Test("pow067")).ok=((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("-4"),mcdef).toString()).equals("0.0625");
  (new Test("pow068")).ok=((new com.ibm.math.BigDecimal("6.0")).pow(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("36");
  (new Test("pow069")).ok=((new com.ibm.math.BigDecimal("-3")).pow(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("9");/* from book */
  (new Test("pow070")).ok=((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("2"),mcdef).pow(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("64");/* from book */
  
  // 1998.12.14 Next test removed as pow() no longer rounds RHS [as per ANSI]
  // Test('pow071').ok=BigDecimal('2').pow(BigDecimal('2.000000001'),mcdef).toString == '4'/* check input rounding */
  
  /* General tests from original Rexx diagnostics */
  x=new com.ibm.math.BigDecimal("0.5");
  temp=com.ibm.math.BigDecimal.ONE;
  flag=true;
  {n=1;n:for(;n<=10;n++){
   temp=temp.multiply(x).divide(com.ibm.math.BigDecimal.ONE);
   flag=flag&(x.pow(new com.ibm.math.BigDecimal(n),mcdef).toString()).equals(temp.toString());
   }
  }/*n*/
  (new Test("pow080")).ok=flag;
  
  x=new com.ibm.math.BigDecimal("2");
  temp=com.ibm.math.BigDecimal.ONE;
  flag=true;
  {n=1;n:for(;n<=29;n++){
   temp=temp.multiply(x).divide(com.ibm.math.BigDecimal.ONE);
   flag=flag&(x.pow(new com.ibm.math.BigDecimal(n),mcdef).toString()).equals(temp.toString());
   flag=flag&(x.pow(new com.ibm.math.BigDecimal((int)-n),mcdef).toString()).equals(com.ibm.math.BigDecimal.ONE.divide(temp,mcdef).toString());
   /* Note that rounding errors are possible for larger "n" */
   /* due to the information content of the exponent        */
   }
  }/*n*/
  (new Test("pow081")).ok=flag;
  
  /* The Vienna case.  Checks both setup and 1/acc working precision */
  // Modified 1998.12.14 as RHS no longer rounded before use (must fit)
  // Modified 1990.02.04 as LHS is now rounded (instead of truncated to guard)
  vx=new com.ibm.math.BigDecimal("123456789E+10"); // lhs .. rounded to 1.23E+18
  vn=new com.ibm.math.BigDecimal("-1.23000e+2"); // rhs .. [was: -1.23455e+2, rounds to -123]
  (new Test("pow090")).ok=(vx.pow(vn,mc3).toString()).equals("8.74E-2226");
  
  //- fixed point versions ---
  (new Test("pow101")).ok="1".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("0")).toString());
  (new Test("pow102")).ok="0.3".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("1")).toString());
  (new Test("pow103")).ok="0.3".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("1.00")).toString());
  (new Test("pow104")).ok="0.09".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("2")).toString());
  (new Test("pow105")).ok="0.09".equals((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("2.00")).toString());
  (new Test("pow106")).ok="10".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("1")).toString());
  (new Test("pow107")).ok="100000000".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("8")).toString());
  (new Test("pow108")).ok="1000000000".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("9")).toString());
  (new Test("pow109")).ok="10000000000".equals((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("10")).toString());
  (new Test("pow110")).ok="1".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("0")).toString());
  (new Test("pow111")).ok="16".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("4")).toString());
  (new Test("pow112")).ok="256".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("8")).toString());
  (new Test("pow113")).ok="1024".equals((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("10")).toString());
  (new Test("pow114")).ok="1.0510100501".equals((new com.ibm.math.BigDecimal("1.01")).pow(new com.ibm.math.BigDecimal("5")).toString());
  
  (new Test("pow120")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("0")).toString()).equals("1");
  (new Test("pow121")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("1")).toString()).equals("0");
  (new Test("pow122")).ok=((new com.ibm.math.BigDecimal("0")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("0");
  (new Test("pow123")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("0")).toString()).equals("1");
  (new Test("pow144")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("1")).toString()).equals("1");
  (new Test("pow125")).ok=((new com.ibm.math.BigDecimal("1")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("1");
  (new Test("pow126")).ok=((new com.ibm.math.BigDecimal("0.3")).pow(new com.ibm.math.BigDecimal("0")).toString()).equals("1");
  (new Test("pow127")).ok=((new com.ibm.math.BigDecimal("10")).pow(new com.ibm.math.BigDecimal("7")).toString()).equals("10000000");
  (new Test("pow128")).ok=((new com.ibm.math.BigDecimal("6.0")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("36.00");
  (new Test("pow129")).ok=((new com.ibm.math.BigDecimal("6.00")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("36.0000");
  (new Test("pow130")).ok=((new com.ibm.math.BigDecimal("6.000")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("36.000000");
  (new Test("pow131")).ok=((new com.ibm.math.BigDecimal("-3")).pow(new com.ibm.math.BigDecimal("2")).toString()).equals("9");
  (new Test("pow132")).ok=((new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("2")).pow(new com.ibm.math.BigDecimal("3")).toString()).equals("64");
  
  /* errors */
  try{checknull:do{
   ten.pow((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $67){
   flag=true;
  }/*checknull*/
  (new Test("pow150")).ok=flag;
  try{checknull2:do{
   ten.pow(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $68){
   flag=true;
  }/*checknull2*/
  (new Test("pow151")).ok=flag;
  
  flag=true;
  try{checkdigits:do{
   tenlong.pow(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $69){ae=$69;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("pow152")).ok=flag;
  
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.pow(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $70){ae=$70;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("pow153")).ok=flag;
  
  try{checkpos:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("-71"));
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $71){ae=$71;
   flag=(ae.getMessage()).equals("Negative power: -71");
  }/*checkpos*/
  (new Test("pow154")).ok=flag;
  
  try{checkwhole:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("1234"),mc3);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $72){ae=$72;
   flag=(ae.getMessage()).equals("Too many digits: 1234");
  }/*checkwhole*/
  (new Test("pow155")).ok=flag;
  
  try{checkwhole1:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("12.34e+2"),mc3);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $73){ae=$73;
   flag=(ae.getMessage()).equals("Too many digits: 1.234E+3");
  }/*checkwhole1*/
  (new Test("pow156")).ok=flag;
  
  try{checkwhole2:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("12.4"),mcdef);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $74){ae=$74;
   flag=(ae.getMessage()).equals("Decimal part non-zero: 12.4");
  }/*checkwhole2*/
  (new Test("pow157")).ok=flag;
  
  try{checkwhole3:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("1.01"),mcdef);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $75){ae=$75;
   flag=(ae.getMessage()).equals("Decimal part non-zero: 1.01");
  }/*checkwhole3*/
  (new Test("pow158")).ok=flag;
  
  try{checkwhole4:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("1.000000001"),mcdef);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $76){ae=$76;
   flag=(ae.getMessage()).equals("Decimal part non-zero: 1.000000001");
  }/*checkwhole4*/
  (new Test("pow159")).ok=flag;
  
  try{checkwhole5:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("1.000000001"),mc3);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $77){ae=$77;
   flag=(ae.getMessage()).equals("Decimal part non-zero: 1.000000001");
  }/*checkwhole5*/
  (new Test("pow160")).ok=flag;
  
  try{checkwhole6:do{
   com.ibm.math.BigDecimal.ONE.pow(new com.ibm.math.BigDecimal("5.67E-987654321"),mc3);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $78){ae=$78;
   flag=(ae.getMessage()).equals("Decimal part non-zero: 5.67E-987654321");
  }/*checkwhole6*/
  (new Test("pow161")).ok=flag;
  
  summary("pow");
  return;}

 /*--------------------------------------------------------------------*/
 
 /** Test the {@link BigDecimal#remainder} method. */
 
 public void diagremainder(){
  boolean flag=false;
  java.lang.ArithmeticException ae=null;
  
  (new Test("rem001")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("1");
  (new Test("rem002")).ok=((new com.ibm.math.BigDecimal("5")).remainder(new com.ibm.math.BigDecimal("5"),mcdef).toString()).equals("0");
  (new Test("rem003")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("10"),mcdef).toString()).equals("3");
  (new Test("rem004")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("50"),mcdef).toString()).equals("13");
  (new Test("rem005")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("100"),mcdef).toString()).equals("13");
  (new Test("rem006")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("1000"),mcdef).toString()).equals("13");
  (new Test("rem007")).ok=((new com.ibm.math.BigDecimal(".13")).remainder(one).toString()).equals("0.13");
  (new Test("rem008")).ok=((new com.ibm.math.BigDecimal("0.133")).remainder(one).toString()).equals("0.133");
  (new Test("rem009")).ok=((new com.ibm.math.BigDecimal("0.1033")).remainder(one).toString()).equals("0.1033");
  (new Test("rem010")).ok=((new com.ibm.math.BigDecimal("1.033")).remainder(one).toString()).equals("0.033");
  (new Test("rem011")).ok=((new com.ibm.math.BigDecimal("10.33")).remainder(one).toString()).equals("0.33");
  (new Test("rem012")).ok=((new com.ibm.math.BigDecimal("10.33")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("0.33");
  (new Test("rem013")).ok=((new com.ibm.math.BigDecimal("103.3")).remainder(com.ibm.math.BigDecimal.ONE).toString()).equals("0.3");
  (new Test("rem014")).ok=((new com.ibm.math.BigDecimal("133")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("3");
  (new Test("rem015")).ok=((new com.ibm.math.BigDecimal("1033")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("3");
  (new Test("rem016")).ok=((new com.ibm.math.BigDecimal("1033")).remainder(new com.ibm.math.BigDecimal(50),mcdef).toString()).equals("33");
  (new Test("rem017")).ok=((new com.ibm.math.BigDecimal("101.0")).remainder(new com.ibm.math.BigDecimal(3),mcdef).toString()).equals("2.0");
  (new Test("rem018")).ok=((new com.ibm.math.BigDecimal("102.0")).remainder(new com.ibm.math.BigDecimal(3),mcdef).toString()).equals("0");
  (new Test("rem019")).ok=((new com.ibm.math.BigDecimal("103.0")).remainder(new com.ibm.math.BigDecimal(3),mcdef).toString()).equals("1.0");
  (new Test("rem020")).ok=((new com.ibm.math.BigDecimal("2.40")).remainder(one).toString()).equals("0.40");
  (new Test("rem021")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(one).toString()).equals("0.400");
  (new Test("rem022")).ok=((new com.ibm.math.BigDecimal("2.4")).remainder(one).toString()).equals("0.4");
  (new Test("rem023")).ok=((new com.ibm.math.BigDecimal("2.4")).remainder(new com.ibm.math.BigDecimal(2),mcdef).toString()).equals("0.4");
  (new Test("rem024")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(new com.ibm.math.BigDecimal(2),mcdef).toString()).equals("0.400");
  (new Test("rem025")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.1");
  (new Test("rem026")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.30"),mcdef).toString()).equals("0.10");
  (new Test("rem027")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.300"),mcdef).toString()).equals("0.100");
  (new Test("rem028")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.3000"),mcdef).toString()).equals("0.1000");
  (new Test("rem029")).ok=((new com.ibm.math.BigDecimal("1.0")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.1");
  (new Test("rem030")).ok=((new com.ibm.math.BigDecimal("1.00")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.10");
  (new Test("rem031")).ok=((new com.ibm.math.BigDecimal("1.000")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.100");
  (new Test("rem032")).ok=((new com.ibm.math.BigDecimal("1.0000")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.1000");
  (new Test("rem033")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("2.001"),mcdef).toString()).equals("0.5");
  
  (new Test("rem040")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.5000001"),mcdef).toString()).equals("0.5");
  (new Test("rem041")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.50000001"),mcdef).toString()).equals("0.5");
  (new Test("rem042")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.500000001"),mcdef).toString()).equals("0.5");
  (new Test("rem043")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.5000000001"),mcdef).toString()).equals("0");
  (new Test("rem044")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.50000000001"),mcdef).toString()).equals("0");
  (new Test("rem045")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.4999999"),mcdef).toString()).equals("1E-7");
  (new Test("rem046")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.49999999"),mcdef).toString()).equals("1E-8");
  (new Test("rem047")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.499999999"),mcdef).toString()).equals("1E-9");
  (new Test("rem048")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.4999999999"),mcdef).toString()).equals("0");
  (new Test("rem049")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.49999999999"),mcdef).toString()).equals("0");
  
  (new Test("rem050")).ok=((new com.ibm.math.BigDecimal("0.03")).remainder(new com.ibm.math.BigDecimal("7"),mcdef).toString()).equals("0.03");
  (new Test("rem051")).ok=((new com.ibm.math.BigDecimal("5")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1");
  (new Test("rem052")).ok=((new com.ibm.math.BigDecimal("4.1")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.1");
  (new Test("rem053")).ok=((new com.ibm.math.BigDecimal("4.01")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.01");
  (new Test("rem054")).ok=((new com.ibm.math.BigDecimal("4.001")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.001");
  (new Test("rem055")).ok=((new com.ibm.math.BigDecimal("4.0001")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.0001");
  (new Test("rem056")).ok=((new com.ibm.math.BigDecimal("4.00001")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.00001");
  (new Test("rem057")).ok=((new com.ibm.math.BigDecimal("4.000001")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("0.000001");
  (new Test("rem058")).ok=((new com.ibm.math.BigDecimal("4.0000001")).remainder(new com.ibm.math.BigDecimal("2"),mcdef).toString()).equals("1E-7");
  
  (new Test("rem060")).ok=((new com.ibm.math.BigDecimal("1.2")).remainder(new com.ibm.math.BigDecimal("0.7345"),mcdef).toString()).equals("0.4655");
  (new Test("rem061")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("12"),mcdef).toString()).equals("0.8");
  (new Test("rem062")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("0.2"),mcdef).toString()).equals("0");
  (new Test("rem063")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.2");
  (new Test("rem064")).ok=((new com.ibm.math.BigDecimal("0.800")).remainder(new com.ibm.math.BigDecimal("12"),mcdef).toString()).equals("0.800");
  (new Test("rem065")).ok=((new com.ibm.math.BigDecimal("0.800")).remainder(new com.ibm.math.BigDecimal("1.7"),mcdef).toString()).equals("0.800");
  (new Test("rem066")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(new com.ibm.math.BigDecimal(2),mcdef).toString()).equals("0.400");
  
  // MC --
  (new Test("rem071")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(new com.ibm.math.BigDecimal(2),mc6).toString()).equals("0.400");
  (new Test("rem072")).ok=((new com.ibm.math.BigDecimal("12345678900000")).remainder(new com.ibm.math.BigDecimal("12e+12"),mc3).toString()).equals("3E+11");
  
  // Fixed --
  (new Test("rem101")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("3")).toString()).equals("1");
  (new Test("rem102")).ok=((new com.ibm.math.BigDecimal("5")).remainder(new com.ibm.math.BigDecimal("5")).toString()).equals("0");
  (new Test("rem103")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("10")).toString()).equals("3");
  (new Test("rem104")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("50")).toString()).equals("13");
  (new Test("rem105")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("100")).toString()).equals("13");
  (new Test("rem106")).ok=((new com.ibm.math.BigDecimal("13")).remainder(new com.ibm.math.BigDecimal("1000")).toString()).equals("13");
  (new Test("rem107")).ok=((new com.ibm.math.BigDecimal(".13")).remainder(one).toString()).equals("0.13");
  (new Test("rem108")).ok=((new com.ibm.math.BigDecimal("0.133")).remainder(one).toString()).equals("0.133");
  (new Test("rem109")).ok=((new com.ibm.math.BigDecimal("0.1033")).remainder(one).toString()).equals("0.1033");
  (new Test("rem110")).ok=((new com.ibm.math.BigDecimal("1.033")).remainder(one).toString()).equals("0.033");
  (new Test("rem111")).ok=((new com.ibm.math.BigDecimal("10.33")).remainder(one).toString()).equals("0.33");
  (new Test("rem112")).ok=((new com.ibm.math.BigDecimal("10.33")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("0.33");
  (new Test("rem113")).ok=((new com.ibm.math.BigDecimal("103.3")).remainder(com.ibm.math.BigDecimal.ONE).toString()).equals("0.3");
  (new Test("rem114")).ok=((new com.ibm.math.BigDecimal("133")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("3");
  (new Test("rem115")).ok=((new com.ibm.math.BigDecimal("1033")).remainder(com.ibm.math.BigDecimal.TEN).toString()).equals("3");
  (new Test("rem116")).ok=((new com.ibm.math.BigDecimal("1033")).remainder(new com.ibm.math.BigDecimal(50)).toString()).equals("33");
  (new Test("rem117")).ok=((new com.ibm.math.BigDecimal("101.0")).remainder(new com.ibm.math.BigDecimal(3)).toString()).equals("2.0");
  (new Test("rem118")).ok=((new com.ibm.math.BigDecimal("102.0")).remainder(new com.ibm.math.BigDecimal(3)).toString()).equals("0");
  (new Test("rem119")).ok=((new com.ibm.math.BigDecimal("103.0")).remainder(new com.ibm.math.BigDecimal(3)).toString()).equals("1.0");
  (new Test("rem120")).ok=((new com.ibm.math.BigDecimal("2.40")).remainder(one).toString()).equals("0.40");
  (new Test("rem121")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(one).toString()).equals("0.400");
  (new Test("rem122")).ok=((new com.ibm.math.BigDecimal("2.4")).remainder(one).toString()).equals("0.4");
  (new Test("rem123")).ok=((new com.ibm.math.BigDecimal("2.4")).remainder(new com.ibm.math.BigDecimal(2)).toString()).equals("0.4");
  (new Test("rem124")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(new com.ibm.math.BigDecimal(2)).toString()).equals("0.400");
  (new Test("rem125")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.1");
  (new Test("rem126")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.30")).toString()).equals("0.10");
  (new Test("rem127")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.300")).toString()).equals("0.100");
  (new Test("rem128")).ok=((new com.ibm.math.BigDecimal("1")).remainder(new com.ibm.math.BigDecimal("0.3000")).toString()).equals("0.1000");
  (new Test("rem129")).ok=((new com.ibm.math.BigDecimal("1.0")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.1");
  (new Test("rem130")).ok=((new com.ibm.math.BigDecimal("1.00")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.10");
  (new Test("rem131")).ok=((new com.ibm.math.BigDecimal("1.000")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.100");
  (new Test("rem132")).ok=((new com.ibm.math.BigDecimal("1.0000")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.1000");
  (new Test("rem133")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("2.001")).toString()).equals("0.5");
  (new Test("rem134")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.500000001")).toString()).equals("0.5");
  (new Test("rem135")).ok=((new com.ibm.math.BigDecimal("0.5")).remainder(new com.ibm.math.BigDecimal("0.5000000001")).toString()).equals("0.5");
  (new Test("rem136")).ok=((new com.ibm.math.BigDecimal("0.03")).remainder(new com.ibm.math.BigDecimal("7")).toString()).equals("0.03");
  (new Test("rem137")).ok=((new com.ibm.math.BigDecimal("5")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("1");
  (new Test("rem138")).ok=((new com.ibm.math.BigDecimal("4.1")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.1");
  (new Test("rem139")).ok=((new com.ibm.math.BigDecimal("4.01")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.01");
  (new Test("rem140")).ok=((new com.ibm.math.BigDecimal("4.001")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.001");
  (new Test("rem141")).ok=((new com.ibm.math.BigDecimal("4.0001")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.0001");
  (new Test("rem142")).ok=((new com.ibm.math.BigDecimal("4.00001")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.00001");
  (new Test("rem143")).ok=((new com.ibm.math.BigDecimal("4.000001")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.000001");
  (new Test("rem144")).ok=((new com.ibm.math.BigDecimal("4.0000001")).remainder(new com.ibm.math.BigDecimal("2")).toString()).equals("0.0000001"); // 1E-7, plain
  (new Test("rem145")).ok=((new com.ibm.math.BigDecimal("1.2")).remainder(new com.ibm.math.BigDecimal("0.7345")).toString()).equals("0.4655");
  (new Test("rem146")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("12")).toString()).equals("0.8");
  (new Test("rem147")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("0.2")).toString()).equals("0");
  (new Test("rem148")).ok=((new com.ibm.math.BigDecimal("0.8")).remainder(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.2");
  (new Test("rem149")).ok=((new com.ibm.math.BigDecimal("0.800")).remainder(new com.ibm.math.BigDecimal("12")).toString()).equals("0.800");
  (new Test("rem150")).ok=((new com.ibm.math.BigDecimal("0.800")).remainder(new com.ibm.math.BigDecimal("1.7")).toString()).equals("0.800");
  (new Test("rem151")).ok=((new com.ibm.math.BigDecimal("2.400")).remainder(new com.ibm.math.BigDecimal(2),mcdef).toString()).equals("0.400");
  
  try{checknull:do{
   ten.remainder((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $79){
   flag=true;
  }/*checknull*/
  (new Test("rem200")).ok=flag;
  try{checknull2:do{
   ten.remainder(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $80){
   flag=true;
  }/*checknull2*/
  (new Test("rem201")).ok=flag;
  
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.remainder(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $81){ae=$81;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("rem202")).ok=flag;
  
  try{checkdigits:do{
   tenlong.remainder(one,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $82){ae=$82;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("rem203")).ok=flag;
  
  summary("remainder");
  return;}
/*--------------------------------------------------------------------*/
 
 /** Test the {@link BigDecimal#subtract} method. */
 
 public void diagsubtract(){
  boolean flag=false;
  com.ibm.math.BigDecimal alhs;
  com.ibm.math.BigDecimal arhs;
  java.lang.ArithmeticException ae=null;
  
  // [first group are 'quick confidence check']
  (new Test("sub301")).ok=((new com.ibm.math.BigDecimal(2)).subtract(new com.ibm.math.BigDecimal(3),mcdef).toString()).equals("-1");
  (new Test("sub302")).ok=((new com.ibm.math.BigDecimal("5.75")).subtract(new com.ibm.math.BigDecimal("3.3"),mcdef).toString()).equals("2.45");
  (new Test("sub303")).ok=((new com.ibm.math.BigDecimal("5")).subtract(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("8");
  (new Test("sub304")).ok=((new com.ibm.math.BigDecimal("-5")).subtract(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("-2");
  (new Test("sub305")).ok=((new com.ibm.math.BigDecimal("-7")).subtract(new com.ibm.math.BigDecimal("2.5"),mcdef).toString()).equals("-9.5");
  (new Test("sub306")).ok=((new com.ibm.math.BigDecimal("0.7")).subtract(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("0.4");
  (new Test("sub307")).ok=((new com.ibm.math.BigDecimal("1.3")).subtract(new com.ibm.math.BigDecimal("0.3"),mcdef).toString()).equals("1.0");
  (new Test("sub308")).ok=((new com.ibm.math.BigDecimal("1.25")).subtract(new com.ibm.math.BigDecimal("1.25"),mcdef).toString()).equals("0");
  (new Test("sub309")).ok=((new com.ibm.math.BigDecimal("1.23456789")).subtract(new com.ibm.math.BigDecimal("1.00000000"),mcdef).toString()).equals("0.23456789");
  
  (new Test("sub310")).ok=((new com.ibm.math.BigDecimal("1.23456789")).subtract(new com.ibm.math.BigDecimal("1.00000089"),mcdef).toString()).equals("0.23456700");
  
  (new Test("sub311")).ok=((new com.ibm.math.BigDecimal("0.5555555559")).subtract(new com.ibm.math.BigDecimal("0.0000000001"),mcdef).toString()).equals("0.555555556");
  
  (new Test("sub312")).ok=((new com.ibm.math.BigDecimal("0.5555555559")).subtract(new com.ibm.math.BigDecimal("0.0000000005"),mcdef).toString()).equals("0.555555556");
  
  (new Test("sub313")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).subtract(new com.ibm.math.BigDecimal("0.1111111111"),mcdef).toString()).equals("0.333333333");
  
  (new Test("sub314")).ok=((new com.ibm.math.BigDecimal("1.0000000000")).subtract(new com.ibm.math.BigDecimal("0.00000001"),mcdef).toString()).equals("0.99999999");
  
  (new Test("sub315")).ok=((new com.ibm.math.BigDecimal("0.4444444444999")).subtract(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0.444444444");
  
  (new Test("sub316")).ok=((new com.ibm.math.BigDecimal("0.4444444445000")).subtract(new com.ibm.math.BigDecimal("0"),mcdef).toString()).equals("0.444444445");
  
  
  (new Test("sub317")).ok=((new com.ibm.math.BigDecimal("70")).subtract(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("-1.00000000E+13");
  
  (new Test("sub318")).ok=((new com.ibm.math.BigDecimal("700")).subtract(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("-1.00000000E+13");
  
  (new Test("sub319")).ok=((new com.ibm.math.BigDecimal("7000")).subtract(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("-1.00000000E+13");
  
  (new Test("sub320")).ok=((new com.ibm.math.BigDecimal("70000")).subtract(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("-9.9999999E+12");
  
  (new Test("sub321")).ok=((new com.ibm.math.BigDecimal("700000")).subtract(new com.ibm.math.BigDecimal("10000e+9"),mcdef).toString()).equals("-9.9999993E+12");
  
  // symmetry:
  (new Test("sub322")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("sub323")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("700"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("sub324")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("7000"),mcdef).toString()).equals("1.00000000E+13");
  
  (new Test("sub325")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70000"),mcdef).toString()).equals("9.9999999E+12");
  
  (new Test("sub326")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("700000"),mcdef).toString()).equals("9.9999993E+12");
  
  
  // [same with fixed point arithmetic]
  (new Test("sub001")).ok=((new com.ibm.math.BigDecimal(2)).subtract(new com.ibm.math.BigDecimal(3)).toString()).equals("-1");
  (new Test("sub002")).ok=((new com.ibm.math.BigDecimal("5.75")).subtract(new com.ibm.math.BigDecimal("3.3")).toString()).equals("2.45");
  (new Test("sub003")).ok=((new com.ibm.math.BigDecimal("5")).subtract(new com.ibm.math.BigDecimal("-3")).toString()).equals("8");
  (new Test("sub004")).ok=((new com.ibm.math.BigDecimal("-5")).subtract(new com.ibm.math.BigDecimal("-3")).toString()).equals("-2");
  (new Test("sub005")).ok=((new com.ibm.math.BigDecimal("-7")).subtract(new com.ibm.math.BigDecimal("2.5")).toString()).equals("-9.5");
  (new Test("sub006")).ok=((new com.ibm.math.BigDecimal("0.7")).subtract(new com.ibm.math.BigDecimal("0.3")).toString()).equals("0.4");
  (new Test("sub007")).ok=((new com.ibm.math.BigDecimal("1.3")).subtract(new com.ibm.math.BigDecimal("0.3")).toString()).equals("1.0");
  (new Test("sub008")).ok=((new com.ibm.math.BigDecimal("1.25")).subtract(new com.ibm.math.BigDecimal("1.25")).toString()).equals("0.00");
  (new Test("sub009")).ok=((new com.ibm.math.BigDecimal("0.02")).subtract(new com.ibm.math.BigDecimal("0.02")).toString()).equals("0.00");
  
  (new Test("sub010")).ok=((new com.ibm.math.BigDecimal("1.23456789")).subtract(new com.ibm.math.BigDecimal("1.00000000")).toString()).equals("0.23456789");
  
  (new Test("sub011")).ok=((new com.ibm.math.BigDecimal("1.23456789")).subtract(new com.ibm.math.BigDecimal("1.00000089")).toString()).equals("0.23456700");
  
  (new Test("sub012")).ok=((new com.ibm.math.BigDecimal("0.5555555559")).subtract(new com.ibm.math.BigDecimal("0.0000000001")).toString()).equals("0.5555555558");
  
  (new Test("sub013")).ok=((new com.ibm.math.BigDecimal("0.5555555559")).subtract(new com.ibm.math.BigDecimal("0.0000000005")).toString()).equals("0.5555555554");
  
  (new Test("sub014")).ok=((new com.ibm.math.BigDecimal("0.4444444444")).subtract(new com.ibm.math.BigDecimal("0.1111111111")).toString()).equals("0.3333333333");
  
  (new Test("sub015")).ok=((new com.ibm.math.BigDecimal("1.0000000000")).subtract(new com.ibm.math.BigDecimal("0.00000001")).toString()).equals("0.9999999900");
  
  (new Test("sub016")).ok=((new com.ibm.math.BigDecimal("0.4444444444999")).subtract(new com.ibm.math.BigDecimal("0")).toString()).equals("0.4444444444999");
  
  (new Test("sub017")).ok=((new com.ibm.math.BigDecimal("0.4444444445000")).subtract(new com.ibm.math.BigDecimal("0")).toString()).equals("0.4444444445000");
  
  
  (new Test("sub018")).ok=((new com.ibm.math.BigDecimal("70")).subtract(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("-9999999999930");
  
  (new Test("sub019")).ok=((new com.ibm.math.BigDecimal("700")).subtract(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("-9999999999300");
  
  (new Test("sub020")).ok=((new com.ibm.math.BigDecimal("7000")).subtract(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("-9999999993000");
  
  (new Test("sub021")).ok=((new com.ibm.math.BigDecimal("70000")).subtract(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("-9999999930000");
  
  (new Test("sub022")).ok=((new com.ibm.math.BigDecimal("700000")).subtract(new com.ibm.math.BigDecimal("10000e+9")).toString()).equals("-9999999300000");
  
  // symmetry:
  (new Test("sub023")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70")).toString()).equals("9999999999930");
  
  (new Test("sub024")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("700")).toString()).equals("9999999999300");
  
  (new Test("sub025")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("7000")).toString()).equals("9999999993000");
  
  (new Test("sub026")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70000")).toString()).equals("9999999930000");
  
  (new Test("sub027")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("700000")).toString()).equals("9999999300000");
  
  // MC
  (new Test("sub030")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70000"),mcdef).toString()).equals("9.9999999E+12");
  
  (new Test("sub031")).ok=((new com.ibm.math.BigDecimal("10000e+9")).subtract(new com.ibm.math.BigDecimal("70000"),mc6).toString()).equals("1.00000E+13");
  
  
  // some of the next group are really constructor tests
  (new Test("sub040")).ok=((new com.ibm.math.BigDecimal("00.0")).subtract(new com.ibm.math.BigDecimal("0.0")).toString()).equals("0.0");
  (new Test("sub041")).ok=((new com.ibm.math.BigDecimal("00.0")).subtract(new com.ibm.math.BigDecimal("0.00")).toString()).equals("0.00");
  (new Test("sub042")).ok=((new com.ibm.math.BigDecimal("0.00")).subtract(new com.ibm.math.BigDecimal("00.0")).toString()).equals("0.00");
  (new Test("sub043")).ok=((new com.ibm.math.BigDecimal("00.0")).subtract(new com.ibm.math.BigDecimal("0.00"),mcdef).toString()).equals("0");
  (new Test("sub044")).ok=((new com.ibm.math.BigDecimal("0.00")).subtract(new com.ibm.math.BigDecimal("00.0"),mcdef).toString()).equals("0");
  (new Test("sub045")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("2.7");
  (new Test("sub046")).ok=((new com.ibm.math.BigDecimal("3.")).subtract(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("2.7");
  (new Test("sub047")).ok=((new com.ibm.math.BigDecimal("3.0")).subtract(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("2.7");
  (new Test("sub048")).ok=((new com.ibm.math.BigDecimal("3.00")).subtract(new com.ibm.math.BigDecimal(".3"),mcdef).toString()).equals("2.70");
  (new Test("sub049")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("3"),mcdef).toString()).equals("0");
  (new Test("sub050")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("+3"),mcdef).toString()).equals("0");
  (new Test("sub051")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("-3"),mcdef).toString()).equals("6");
  (new Test("sub052")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal(".3")).toString()).equals("2.7");
  (new Test("sub053")).ok=((new com.ibm.math.BigDecimal("3.")).subtract(new com.ibm.math.BigDecimal(".3")).toString()).equals("2.7");
  (new Test("sub054")).ok=((new com.ibm.math.BigDecimal("3.0")).subtract(new com.ibm.math.BigDecimal(".3")).toString()).equals("2.7");
  (new Test("sub055")).ok=((new com.ibm.math.BigDecimal("3.00")).subtract(new com.ibm.math.BigDecimal(".3")).toString()).equals("2.70");
  (new Test("sub056")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("3")).toString()).equals("0");
  (new Test("sub057")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("+3")).toString()).equals("0");
  (new Test("sub058")).ok=((new com.ibm.math.BigDecimal("3")).subtract(new com.ibm.math.BigDecimal("-3")).toString()).equals("6");
  
  // the above all from add; massaged and extended.  Now some new ones...
  // [particularly important for comparisons]
  // NB: -1E-7 below were non-exponents pre-ANSI
  (new Test("sub080")).ok=("-1E-7").equals((new com.ibm.math.BigDecimal("10.23456784")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub081")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456785")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub082")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456786")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub083")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456787")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub084")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456788")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub085")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456789")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub086")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456790")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub087")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456791")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub088")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456792")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub089")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456793")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub090")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456794")).subtract(new com.ibm.math.BigDecimal("10.23456789"),mcdef).toString());
  (new Test("sub091")).ok=("-1E-7").equals((new com.ibm.math.BigDecimal("10.23456781")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub092")).ok=("-1E-7").equals((new com.ibm.math.BigDecimal("10.23456782")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub093")).ok=("-1E-7").equals((new com.ibm.math.BigDecimal("10.23456783")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub094")).ok=("-1E-7").equals((new com.ibm.math.BigDecimal("10.23456784")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub095")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456785")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub096")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456786")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub097")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456787")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub098")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456788")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub099")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456789")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub100")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456790")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub101")).ok="0".equals((new com.ibm.math.BigDecimal("10.23456791")).subtract(new com.ibm.math.BigDecimal("10.23456786"),mcdef).toString());
  (new Test("sub102")).ok="0".equals(com.ibm.math.BigDecimal.ONE.subtract(new com.ibm.math.BigDecimal("0.999999999"),mcdef).toString());
  (new Test("sub103")).ok="0".equals((new com.ibm.math.BigDecimal("0.999999999")).subtract(com.ibm.math.BigDecimal.ONE,mcdef).toString());
  
  alhs=new com.ibm.math.BigDecimal("12345678900000");
  arhs=new com.ibm.math.BigDecimal("9999999999999");
  (new Test("sub110")).ok=(alhs.subtract(arhs,mc3).toString()).equals("2.3E+12");
  (new Test("sub111")).ok=(arhs.subtract(alhs,mc3).toString()).equals("-2.3E+12");
  (new Test("sub112")).ok=(alhs.subtract(arhs).toString()).equals("2345678900001");
  (new Test("sub113")).ok=(arhs.subtract(alhs).toString()).equals("-2345678900001");
  
  // additional scaled arithmetic tests [0.97 problem]
  (new Test("sub120")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".1")).toString()).equals("-0.1");
  (new Test("sub121")).ok=((new com.ibm.math.BigDecimal("00")).subtract(new com.ibm.math.BigDecimal(".97983")).toString()).equals("-0.97983");
  (new Test("sub122")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".9")).toString()).equals("-0.9");
  (new Test("sub123")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("0.102")).toString()).equals("-0.102");
  (new Test("sub124")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".4")).toString()).equals("-0.4");
  (new Test("sub125")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".307")).toString()).equals("-0.307");
  (new Test("sub126")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".43822")).toString()).equals("-0.43822");
  (new Test("sub127")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".911")).toString()).equals("-0.911");
  (new Test("sub128")).ok=((new com.ibm.math.BigDecimal(".0")).subtract(new com.ibm.math.BigDecimal(".02")).toString()).equals("-0.02");
  (new Test("sub129")).ok=((new com.ibm.math.BigDecimal("00")).subtract(new com.ibm.math.BigDecimal(".392")).toString()).equals("-0.392");
  (new Test("sub130")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".26")).toString()).equals("-0.26");
  (new Test("sub131")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("0.51")).toString()).equals("-0.51");
  (new Test("sub132")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".2234")).toString()).equals("-0.2234");
  (new Test("sub133")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal(".2")).toString()).equals("-0.2");
  (new Test("sub134")).ok=((new com.ibm.math.BigDecimal(".0")).subtract(new com.ibm.math.BigDecimal(".0008")).toString()).equals("-0.0008");
  // 0. on left
  (new Test("sub140")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.1")).toString()).equals("0.1");
  (new Test("sub141")).ok=((new com.ibm.math.BigDecimal("0.00")).subtract(new com.ibm.math.BigDecimal("-.97983")).toString()).equals("0.97983");
  (new Test("sub142")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.9")).toString()).equals("0.9");
  (new Test("sub143")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-0.102")).toString()).equals("0.102");
  (new Test("sub144")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.4")).toString()).equals("0.4");
  (new Test("sub145")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.307")).toString()).equals("0.307");
  (new Test("sub146")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.43822")).toString()).equals("0.43822");
  (new Test("sub147")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.911")).toString()).equals("0.911");
  (new Test("sub148")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.02")).toString()).equals("0.02");
  (new Test("sub149")).ok=((new com.ibm.math.BigDecimal("0.00")).subtract(new com.ibm.math.BigDecimal("-.392")).toString()).equals("0.392");
  (new Test("sub150")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.26")).toString()).equals("0.26");
  (new Test("sub151")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-0.51")).toString()).equals("0.51");
  (new Test("sub152")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.2234")).toString()).equals("0.2234");
  (new Test("sub153")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.2")).toString()).equals("0.2");
  (new Test("sub154")).ok=((new com.ibm.math.BigDecimal("0.0")).subtract(new com.ibm.math.BigDecimal("-.0008")).toString()).equals("0.0008");
  // negatives of same
  (new Test("sub160")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.1")).toString()).equals("0.1");
  (new Test("sub161")).ok=((new com.ibm.math.BigDecimal("00")).subtract(new com.ibm.math.BigDecimal("-.97983")).toString()).equals("0.97983");
  (new Test("sub162")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.9")).toString()).equals("0.9");
  (new Test("sub163")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-0.102")).toString()).equals("0.102");
  (new Test("sub164")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.4")).toString()).equals("0.4");
  (new Test("sub165")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.307")).toString()).equals("0.307");
  (new Test("sub166")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.43822")).toString()).equals("0.43822");
  (new Test("sub167")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.911")).toString()).equals("0.911");
  (new Test("sub168")).ok=((new com.ibm.math.BigDecimal(".0")).subtract(new com.ibm.math.BigDecimal("-.02")).toString()).equals("0.02");
  (new Test("sub169")).ok=((new com.ibm.math.BigDecimal("00")).subtract(new com.ibm.math.BigDecimal("-.392")).toString()).equals("0.392");
  (new Test("sub170")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.26")).toString()).equals("0.26");
  (new Test("sub171")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-0.51")).toString()).equals("0.51");
  (new Test("sub172")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.2234")).toString()).equals("0.2234");
  (new Test("sub173")).ok=((new com.ibm.math.BigDecimal("0")).subtract(new com.ibm.math.BigDecimal("-.2")).toString()).equals("0.2");
  (new Test("sub174")).ok=((new com.ibm.math.BigDecimal(".0")).subtract(new com.ibm.math.BigDecimal("-.0008")).toString()).equals("0.0008");
  
  // more fixed, LHS swaps [really same as testcases under add]
  (new Test("sub180")).ok=((new com.ibm.math.BigDecimal("-56267E-10")).subtract(zero).toString()).equals("-0.0000056267");
  (new Test("sub181")).ok=((new com.ibm.math.BigDecimal("-56267E-5")).subtract(zero).toString()).equals("-0.56267");
  (new Test("sub182")).ok=((new com.ibm.math.BigDecimal("-56267E-2")).subtract(zero).toString()).equals("-562.67");
  (new Test("sub183")).ok=((new com.ibm.math.BigDecimal("-56267E-1")).subtract(zero).toString()).equals("-5626.7");
  (new Test("sub185")).ok=((new com.ibm.math.BigDecimal("-56267E-0")).subtract(zero).toString()).equals("-56267");
  
  try{checknull:do{
   ten.subtract((com.ibm.math.BigDecimal)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $83){
   flag=true;
  }/*checknull*/
  (new Test("sub200")).ok=flag;
  try{checknull2:do{
   ten.subtract(ten,(com.ibm.math.MathContext)null);
   flag=false;
  }while(false);}
  catch (java.lang.NullPointerException $84){
   flag=true;
  }/*checknull2*/
  (new Test("sub201")).ok=flag;
  
  try{checkdigits:do{
   com.ibm.math.BigDecimal.ONE.subtract(tenlong,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $85){ae=$85;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("sub202")).ok=flag;
  try{checkdigits:do{
   tenlong.subtract(com.ibm.math.BigDecimal.ONE,mcld);
   flag=false;
  }while(false);}
  catch (java.lang.ArithmeticException $86){ae=$86;
   flag=(ae.getMessage()).equals("Too many digits:"+" "+tenlong.toString());
  }/*checkdigits*/
  (new Test("sub203")).ok=flag;
  summary("subtract");
  return;}
/* ----------------------------------------------------------------- */
 
 /* ----------------------------------------------------------------- */
 /* Other methods                                                     */
 /* ----------------------------------------------------------------- */
 
 /** Test the <code>BigDecimal.byteValue()</code> method. */
 
 public void diagbyteValue(){
  boolean flag=false;
  java.lang.String v=null;
  java.lang.ArithmeticException ae=null;
  java.lang.String badstrings[];
  int i=0;
  java.lang.String norm=null;
  
  
  (new Test("byv001")).ok=((((byte)-128)))==((new com.ibm.math.BigDecimal("-128")).byteValue());
  (new Test("byv002")).ok=((0))==((new com.ibm.math.BigDecimal("0")).byteValue());
  (new Test("byv003")).ok=((1))==((new com.ibm.math.BigDecimal("1")).byteValue());
  (new Test("byv004")).ok=((99))==((new com.ibm.math.BigDecimal("99")).byteValue());
  (new Test("byv005")).ok=((127))==((new com.ibm.math.BigDecimal("127")).byteValue());
  (new Test("byv006")).ok=((-128))==((new com.ibm.math.BigDecimal("128")).byteValue());
  (new Test("byv007")).ok=((-127))==((new com.ibm.math.BigDecimal("129")).byteValue());
  (new Test("byv008")).ok=((127))==((new com.ibm.math.BigDecimal("-129")).byteValue());
  (new Test("byv009")).ok=((126))==((new com.ibm.math.BigDecimal("-130")).byteValue());
  (new Test("byv010")).ok=((bmax))==((new com.ibm.math.BigDecimal(bmax)).byteValue());
  (new Test("byv011")).ok=((bmin))==((new com.ibm.math.BigDecimal(bmin)).byteValue());
  (new Test("byv012")).ok=((bneg))==((new com.ibm.math.BigDecimal(bneg)).byteValue());
  (new Test("byv013")).ok=((bzer))==((new com.ibm.math.BigDecimal(bzer)).byteValue());
  (new Test("byv014")).ok=((bpos))==((new com.ibm.math.BigDecimal(bpos)).byteValue());
  (new Test("byv015")).ok=((bmin))==((new com.ibm.math.BigDecimal(bmax+1)).byteValue());
  (new Test("byv016")).ok=((bmax))==((new com.ibm.math.BigDecimal(bmin-1)).byteValue());
  
  (new Test("byv021")).ok=((((byte)-128)))==((new com.ibm.math.BigDecimal("-128")).byteValueExact());
  (new Test("byv022")).ok=((0))==((new com.ibm.math.BigDecimal("0")).byteValueExact());
  (new Test("byv023")).ok=((1))==((new com.ibm.math.BigDecimal("1")).byteValueExact());
  (new Test("byv024")).ok=((99))==((new com.ibm.math.BigDecimal("99")).byteValueExact());
  (new Test("byv025")).ok=((127))==((new com.ibm.math.BigDecimal("127")).byteValueExact());
  (new Test("byv026")).ok=((bmax))==((new com.ibm.math.BigDecimal(bmax)).byteValueExact());
  (new Test("byv027")).ok=((bmin))==((new com.ibm.math.BigDecimal(bmin)).byteValueExact());
  (new Test("byv028")).ok=((bneg))==((new com.ibm.math.BigDecimal(bneg)).byteValueExact());
  (new Test("byv029")).ok=((bzer))==((new com.ibm.math.BigDecimal(bzer)).byteValueExact());
  (new Test("byv030")).ok=((bpos))==((new com.ibm.math.BigDecimal(bpos)).byteValueExact());
  try{
   v="-129";
   (new com.ibm.math.BigDecimal(v)).byteValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $87){ae=$87;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("byv100")).ok=flag;
  try{
   v="128";
   (new com.ibm.math.BigDecimal(v)).byteValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $88){ae=$88;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("byv101")).ok=flag;
  try{
   v="1.5";
   (new com.ibm.math.BigDecimal(v)).byteValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $89){ae=$89;
   flag=(ae.getMessage()).equals("Decimal part non-zero:"+" "+v);
  }
  (new Test("byv102")).ok=flag;
  
  badstrings=new java.lang.String[]{"1234",(new com.ibm.math.BigDecimal(bmax)).add(one).toString(),(new com.ibm.math.BigDecimal(bmin)).subtract(one).toString(),"170","270","370","470","570","670","770","870","970","-170","-270","-370","-470","-570","-670","-770","-870","-970",(new com.ibm.math.BigDecimal(bmin)).multiply(two).toString(),(new com.ibm.math.BigDecimal(bmax)).multiply(two).toString(),(new com.ibm.math.BigDecimal(bmin)).multiply(ten).toString(),(new com.ibm.math.BigDecimal(bmax)).multiply(ten).toString(),"-1234"}; // 220
  // 221
  // 222
  // 223
  // 224
  // 225
  // 226
  // 227
  // 228
  // 229
  // 230
  // 231
  // 232
  // 233
  // 234
  // 235
  // 236
  // 237
  // 238
  // 239
  // 240
  // 241
  // 242
  // 243
  // 244
  // 245
  {int $90=badstrings.length;i=0;i:for(;$90>0;$90--,i++){
   try{
    v=badstrings[i];
    (new com.ibm.math.BigDecimal(v)).byteValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $91){ae=$91;
    norm=(new com.ibm.math.BigDecimal(v)).toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("byv"+(220+i))).ok=flag;
   }
  }/*i*/
  
  summary("byteValue+");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#compareTo(java.lang.Object)} method. */
 
 public void diagcomparetoObj(){
  boolean flag=false;
  com.ibm.math.BigDecimal d;
  com.ibm.math.BigDecimal long1;
  com.ibm.math.BigDecimal long2;
  
  d=new com.ibm.math.BigDecimal(17);
  (new Test("cto001")).ok=(d.compareTo((java.lang.Object)(new com.ibm.math.BigDecimal(66))))==(-1);
  (new Test("cto002")).ok=(d.compareTo((java.lang.Object)((new com.ibm.math.BigDecimal(10)).add(new com.ibm.math.BigDecimal(7)))))==0;
  (new Test("cto003")).ok=(d.compareTo((java.lang.Object)(new com.ibm.math.BigDecimal(10))))==1;
  long1=new com.ibm.math.BigDecimal("12345678903");
  long2=new com.ibm.math.BigDecimal("12345678900");
  (new Test("cto004")).ok=(long1.compareTo((java.lang.Object)long2))==1;
  (new Test("cto005")).ok=(long2.compareTo((java.lang.Object)long1))==(-1);
  (new Test("cto006")).ok=(long2.compareTo((java.lang.Object)long2))==0;
  try{
   d.compareTo((java.lang.Object)null);
   flag=false;
  }
  catch (java.lang.NullPointerException $92){
   flag=true; // should get here
  }
  (new Test("cto101")).ok=flag;
  try{
   d.compareTo((java.lang.Object)"foo");
   flag=false;
  }
  catch (java.lang.ClassCastException $93){
   flag=true; // should get here
  }
  (new Test("cto102")).ok=flag;
  summary("compareTo(Obj)");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#doubleValue} method. */
 
 public void diagdoublevalue(){
  java.lang.String val;
  // 1999.03.07 Infinities no longer errors
  val="-1";
  (new Test("dov001")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==((new java.lang.Double(val)).doubleValue());
  val="-0.1";
  (new Test("dov002")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==((new java.lang.Double(val)).doubleValue());
  val="0";
  (new Test("dov003")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==((new java.lang.Double(val)).doubleValue());
  val="0.1";
  (new Test("dov004")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==((new java.lang.Double(val)).doubleValue());
  val="1";
  (new Test("dov005")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==((new java.lang.Double(val)).doubleValue());
  val="1e1000";
  (new Test("dov006")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==java.lang.Double.POSITIVE_INFINITY;
  val="-1e1000";
  (new Test("dov007")).ok=((new com.ibm.math.BigDecimal(val)).doubleValue())==java.lang.Double.NEGATIVE_INFINITY;
  summary("doubleValue");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#equals} method. */
 
 public void diagequals(){
  com.ibm.math.BigDecimal d;
  d=new com.ibm.math.BigDecimal(17);
  (new Test("equ001")).ok=(!(d.equals((java.lang.Object)null)));
  (new Test("equ002")).ok=(!(d.equals((java.lang.Object)"foo")));
  (new Test("equ003")).ok=(!(d.equals((java.lang.Object)(new com.ibm.math.BigDecimal(66)))));
  (new Test("equ004")).ok=d.equals((java.lang.Object)d);
  (new Test("equ005")).ok=d.equals((java.lang.Object)((new com.ibm.math.BigDecimal(10)).add(new com.ibm.math.BigDecimal(7))));
  summary("equals");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#floatValue} method. */
 
 public void diagfloatvalue(){
  java.lang.String val;
  // 1999.03.07 Infinities no longer errors
  val="-1";
  (new Test("flv001")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==((new java.lang.Float(val)).floatValue());
  val="-0.1";
  (new Test("flv002")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==((new java.lang.Float(val)).floatValue());
  val="0";
  (new Test("flv003")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==((new java.lang.Float(val)).floatValue());
  val="0.1";
  (new Test("flv004")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==((new java.lang.Float(val)).floatValue());
  val="1";
  (new Test("flv005")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==((new java.lang.Float(val)).floatValue());
  val="1e200";
  (new Test("flv006")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==java.lang.Float.POSITIVE_INFINITY;
  val="-1e200";
  (new Test("flv007")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==java.lang.Float.NEGATIVE_INFINITY;
  val="1e1000";
  (new Test("flv008")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==java.lang.Float.POSITIVE_INFINITY;
  val="-1e1000";
  (new Test("flv009")).ok=((new com.ibm.math.BigDecimal(val)).floatValue())==java.lang.Float.NEGATIVE_INFINITY;
  summary("floatValue");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#format} method. */
 
 public void diagformat(){
  boolean flag=false;
  int eng;
  int sci;
  com.ibm.math.BigDecimal d04;
  com.ibm.math.BigDecimal d05;
  com.ibm.math.BigDecimal d06;
  com.ibm.math.BigDecimal d15;
  java.lang.IllegalArgumentException iae=null;
  com.ibm.math.BigDecimal d050;
  com.ibm.math.BigDecimal d150;
  com.ibm.math.BigDecimal m050;
  com.ibm.math.BigDecimal m150;
  com.ibm.math.BigDecimal d051;
  com.ibm.math.BigDecimal d151;
  com.ibm.math.BigDecimal d000;
  com.ibm.math.BigDecimal d500;
  java.lang.ArithmeticException ae=null;
  // 1999.02.09 now only two signatures for format(), so some tests below
  //            may now be redundant
  
  (new Test("for001")).ok=((new com.ibm.math.BigDecimal("12.3")).format(-1,-1)).equals("12.3");
  (new Test("for002")).ok=((new com.ibm.math.BigDecimal("-12.73")).format(-1,-1)).equals("-12.73");
  (new Test("for003")).ok=((new com.ibm.math.BigDecimal("0.000")).format(-1,-1)).equals("0.000");
  (new Test("for004")).ok=((new com.ibm.math.BigDecimal("3E+3")).format(-1,-1)).equals("3000");
  (new Test("for005")).ok=((new com.ibm.math.BigDecimal("3")).format(4,-1)).equals("   3");
  (new Test("for006")).ok=((new com.ibm.math.BigDecimal("1.73")).format(4,0)).equals("   2");
  (new Test("for007")).ok=((new com.ibm.math.BigDecimal("1.73")).format(4,1)).equals("   1.7");
  (new Test("for008")).ok=((new com.ibm.math.BigDecimal("1.75")).format(4,1)).equals("   1.8");
  (new Test("for009")).ok=((new com.ibm.math.BigDecimal("0.5")).format(4,1)).equals("   0.5");
  (new Test("for010")).ok=((new com.ibm.math.BigDecimal("0.05")).format(4,1)).equals("   0.1");
  (new Test("for011")).ok=((new com.ibm.math.BigDecimal("0.04")).format(4,1)).equals("   0.0");
  (new Test("for012")).ok=((new com.ibm.math.BigDecimal("0")).format(4,0)).equals("   0");
  (new Test("for013")).ok=((new com.ibm.math.BigDecimal("0")).format(4,1)).equals("   0.0");
  (new Test("for014")).ok=((new com.ibm.math.BigDecimal("0")).format(4,2)).equals("   0.00");
  (new Test("for015")).ok=((new com.ibm.math.BigDecimal("0")).format(4,3)).equals("   0.000");
  (new Test("for016")).ok=((new com.ibm.math.BigDecimal("0")).format(4,4)).equals("   0.0000");
  (new Test("for017")).ok=((new com.ibm.math.BigDecimal("0.005")).format(4,0)).equals("   0");
  (new Test("for018")).ok=((new com.ibm.math.BigDecimal("0.005")).format(4,1)).equals("   0.0");
  (new Test("for019")).ok=((new com.ibm.math.BigDecimal("0.005")).format(4,2)).equals("   0.01");
  (new Test("for020")).ok=((new com.ibm.math.BigDecimal("0.004")).format(4,2)).equals("   0.00");
  (new Test("for021")).ok=((new com.ibm.math.BigDecimal("0.005")).format(4,3)).equals("   0.005");
  (new Test("for022")).ok=((new com.ibm.math.BigDecimal("0.005")).format(4,4)).equals("   0.0050");
  
  (new Test("for023")).ok=((new com.ibm.math.BigDecimal("1.73")).format(4,2)).equals("   1.73");
  (new Test("for024")).ok=((new com.ibm.math.BigDecimal("1.73")).format(4,3)).equals("   1.730");
  (new Test("for025")).ok=((new com.ibm.math.BigDecimal("-.76")).format(4,1)).equals("  -0.8");
  (new Test("for026")).ok=((new com.ibm.math.BigDecimal("-12.73")).format(-1,4)).equals("-12.7300");
  
  (new Test("for027")).ok=((new com.ibm.math.BigDecimal("3.03")).format(4,-1)).equals("   3.03");
  (new Test("for028")).ok=((new com.ibm.math.BigDecimal("3.03")).format(4,1)).equals("   3.0");
  (new Test("for029")).ok=((new com.ibm.math.BigDecimal("3.03")).format(4,-1,3,-1,-1,-1)).equals("   3.03     ");
  (new Test("for030")).ok=((new com.ibm.math.BigDecimal("3.03")).format(-1,-1,3,-1,-1,-1)).equals("3.03     ");
  (new Test("for031")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,-1,-1,4,-1,-1)).equals("1.234573E+4");
  (new Test("for032")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,-1,-1,5,-1,-1)).equals("12345.73");
  (new Test("for033")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,-1,-1,6,-1,-1)).equals("12345.73");
  
  (new Test("for034")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,8,-1,3,-1,-1)).equals("1.23457300E+4");
  (new Test("for035")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,7,-1,3,-1,-1)).equals("1.2345730E+4");
  (new Test("for036")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,6,-1,3,-1,-1)).equals("1.234573E+4");
  (new Test("for037")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,5,-1,3,-1,-1)).equals("1.23457E+4");
  (new Test("for038")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,4,-1,3,-1,-1)).equals("1.2346E+4");
  (new Test("for039")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,3,-1,3,-1,-1)).equals("1.235E+4");
  (new Test("for040")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,2,-1,3,-1,-1)).equals("1.23E+4");
  (new Test("for041")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,1,-1,3,-1,-1)).equals("1.2E+4");
  (new Test("for042")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,0,-1,3,-1,-1)).equals("1E+4");
  
  (new Test("for043")).ok=((new com.ibm.math.BigDecimal("99999.99")).format(-1,6,-1,3,-1,-1)).equals("9.999999E+4");
  (new Test("for044")).ok=((new com.ibm.math.BigDecimal("99999.99")).format(-1,5,-1,3,-1,-1)).equals("1.00000E+5");
  (new Test("for045")).ok=((new com.ibm.math.BigDecimal("99999.99")).format(-1,2,-1,3,-1,-1)).equals("1.00E+5");
  (new Test("for046")).ok=((new com.ibm.math.BigDecimal("99999.99")).format(-1,0,-1,3,-1,-1)).equals("1E+5");
  (new Test("for047")).ok=((new com.ibm.math.BigDecimal("99999.99")).format(3,0,-1,3,-1,-1)).equals("  1E+5");
  
  (new Test("for048")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,-1,2,2,-1,-1)).equals("1.234573E+04");
  (new Test("for049")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,3,-1,0,-1,-1)).equals("1.235E+4");
  (new Test("for050")).ok=((new com.ibm.math.BigDecimal("1.234573")).format(-1,3,-1,0,-1,-1)).equals("1.235");
  (new Test("for051")).ok=((new com.ibm.math.BigDecimal("123.45")).format(-1,3,2,0,-1,-1)).equals("1.235E+02");
  
  (new Test("for052")).ok=((new com.ibm.math.BigDecimal("0.444")).format(-1,0)).equals("0");
  (new Test("for053")).ok=((new com.ibm.math.BigDecimal("-0.444")).format(-1,0)).equals("0");
  (new Test("for054")).ok=((new com.ibm.math.BigDecimal("0.4")).format(-1,0)).equals("0");
  (new Test("for055")).ok=((new com.ibm.math.BigDecimal("-0.4")).format(-1,0)).equals("0");
  
  eng=com.ibm.math.MathContext.ENGINEERING;
  sci=com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("for060")).ok=((new com.ibm.math.BigDecimal("1234.5")).format(-1,3,2,0,eng,-1)).equals("1.235E+03");
  (new Test("for061")).ok=((new com.ibm.math.BigDecimal("12345")).format(-1,3,3,0,eng,-1)).equals("12.345E+003");
  (new Test("for062")).ok=((new com.ibm.math.BigDecimal("12345")).format(-1,3,3,0,sci,-1)).equals("1.235E+004");
  (new Test("for063")).ok=((new com.ibm.math.BigDecimal("1234.5")).format(4,3,2,0,eng,-1)).equals("   1.235E+03");
  (new Test("for064")).ok=((new com.ibm.math.BigDecimal("12345")).format(5,3,3,0,eng,-1)).equals("   12.345E+003");
  (new Test("for065")).ok=((new com.ibm.math.BigDecimal("12345")).format(6,3,3,0,sci,-1)).equals("     1.235E+004");
  
  (new Test("for066")).ok=((new com.ibm.math.BigDecimal("1.2345")).format(-1,3,2,0,-1,-1)).equals("1.235    ");
  (new Test("for067")).ok=((new com.ibm.math.BigDecimal("12345.73")).format(-1,-1,3,6,-1,-1)).equals("12345.73     ");
  (new Test("for068")).ok=((new com.ibm.math.BigDecimal("12345e+5")).format(-1,0)).equals("1234500000");
  (new Test("for069")).ok=((new com.ibm.math.BigDecimal("12345e+5")).format(-1,1)).equals("1234500000.0");
  (new Test("for070")).ok=((new com.ibm.math.BigDecimal("12345e+5")).format(-1,2)).equals("1234500000.00");
  (new Test("for071")).ok=((new com.ibm.math.BigDecimal("12345e+5")).format(-1,3)).equals("1234500000.000");
  (new Test("for072")).ok=((new com.ibm.math.BigDecimal("12345e+5")).format(-1,4)).equals("1234500000.0000");
  
  // some from ANSI Dallas [Nov 1998]
  (new Test("for073")).ok=((new com.ibm.math.BigDecimal("99.999")).format(-1,2,-1,2,-1,-1)).equals("100.00");
  (new Test("for074")).ok=((new com.ibm.math.BigDecimal("0.99999")).format(-1,4,2,2,-1,-1)).equals("1.0000    ");
  
  // try some rounding modes [default ROUND_HALF_UP widely tested above]
  // the first few also tests that defaults are accepted for the others
  d04=new com.ibm.math.BigDecimal("0.04");
  d05=new com.ibm.math.BigDecimal("0.05");
  d06=new com.ibm.math.BigDecimal("0.06");
  d15=new com.ibm.math.BigDecimal("0.15");
  (new Test("for080")).ok=(d05.format(-1,1)).equals("0.1");
  (new Test("for081")).ok=(d05.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_UP)).equals("0.1");
  (new Test("for082")).ok=(d05.format(-1,1,-1,-1,-1,-1)).equals("0.1");
  (new Test("for083")).ok=(d05.format(-1,-1,-1,-1,-1,-1)).equals("0.05");
  (new Test("for084")).ok=(d05.format(-1,-1)).equals("0.05");
  try{
   d05.format(-1,-1,-1,-1,-1,30); // bad mode
   flag=false; // shouldn't get here
  }
  catch (java.lang.IllegalArgumentException $94){iae=$94;
   flag=(iae.getMessage()).equals("Bad argument 6 to format: 30");
  }
  (new Test("for085")).ok=flag;
  
  (new Test("for090")).ok=(d04.format(-1,1)).equals("0.0");
  (new Test("for091")).ok=(d06.format(-1,1)).equals("0.1");
  (new Test("for092")).ok=(d04.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_DOWN)).equals("0.0");
  (new Test("for093")).ok=(d05.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_DOWN)).equals("0.0");
  (new Test("for094")).ok=(d06.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_DOWN)).equals("0.1");
  
  (new Test("for095")).ok=(d04.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.0");
  (new Test("for096")).ok=(d05.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.0");
  (new Test("for097")).ok=(d06.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.1");
  (new Test("for098")).ok=(d15.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.2");
  d050=new com.ibm.math.BigDecimal("0.050");
  d150=new com.ibm.math.BigDecimal("0.150");
  (new Test("for099")).ok=(d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.0");
  (new Test("for100")).ok=(d150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.2");
  m050=new com.ibm.math.BigDecimal("-0.050");
  m150=new com.ibm.math.BigDecimal("-0.150");
  (new Test("for101")).ok=(m050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.0");
  (new Test("for102")).ok=(m150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("-0.2");
  d051=new com.ibm.math.BigDecimal("0.051");
  d151=new com.ibm.math.BigDecimal("0.151");
  (new Test("for103")).ok=(d051.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.1");
  (new Test("for104")).ok=(d151.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_HALF_EVEN)).equals("0.2");
  
  (new Test("for105")).ok=(m050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_CEILING)).equals("0.0");
  (new Test("for106")).ok=(m150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_CEILING)).equals("-0.1");
  (new Test("for107")).ok=(d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_CEILING)).equals("0.1");
  (new Test("for108")).ok=(d150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_CEILING)).equals("0.2");
  
  (new Test("for109")).ok=(m050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_FLOOR)).equals("-0.1");
  (new Test("for110")).ok=(m150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_FLOOR)).equals("-0.2");
  (new Test("for111")).ok=(d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_FLOOR)).equals("0.0");
  (new Test("for112")).ok=(d150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_FLOOR)).equals("0.1");
  
  (new Test("for113")).ok=(m050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UP)).equals("-0.1");
  (new Test("for114")).ok=(m150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UP)).equals("-0.2");
  (new Test("for115")).ok=(d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UP)).equals("0.1");
  (new Test("for116")).ok=(d150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UP)).equals("0.2");
  
  (new Test("for117")).ok=(m050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_DOWN)).equals("0.0");
  (new Test("for118")).ok=(m150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_DOWN)).equals("-0.1");
  (new Test("for119")).ok=(d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_DOWN)).equals("0.0");
  (new Test("for120")).ok=(d150.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_DOWN)).equals("0.1");
  
  d000=new com.ibm.math.BigDecimal("0.000");
  d500=new com.ibm.math.BigDecimal("0.500");
  (new Test("for121")).ok=(d000.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.0");
  (new Test("for122")).ok=(d000.format(-1,2,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.00");
  (new Test("for123")).ok=(d000.format(-1,3,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.000");
  try{ // this should trap..
   d050.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY);
   flag=false;
  }
  catch (java.lang.ArithmeticException $95){ae=$95;
   flag=(ae.getMessage()).equals("Rounding necessary");
  }
  (new Test("for124")).ok=flag;
  (new Test("for125")).ok=(d050.format(-1,2,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.05");
  (new Test("for126")).ok=(d050.format(-1,3,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.050");
  (new Test("for127")).ok=(d500.format(-1,1,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.5");
  (new Test("for128")).ok=(d500.format(-1,2,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.50");
  (new Test("for129")).ok=(d500.format(-1,3,-1,-1,-1,com.ibm.math.MathContext.ROUND_UNNECESSARY)).equals("0.500");
  
  // bad negs --
  try{
   d050.format(-2,-1,-1,-1,-1,-1);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $96){
   flag=true;
  }
  (new Test("for131")).ok=flag;
  try{
   d050.format(-1,-2,-1,-1,-1,-1);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $97){
   flag=true;
  }
  (new Test("for132")).ok=flag;
  try{
   d050.format(-1,-1,-2,-1,-1,-1);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $98){
   flag=true;
  }
  (new Test("for133")).ok=flag;
  try{
   d050.format(-1,-1,-1,-2,-1,-1);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $99){
   flag=true;
  }
  (new Test("for134")).ok=flag;
  try{
   d050.format(-1,-1,-1,-1,-2,-1);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $100){
   flag=true;
  }
  (new Test("for135")).ok=flag;
  try{
   d050.format(-1,-1,-1,-1,-1,-2);
   flag=false;
  }
  catch (java.lang.IllegalArgumentException $101){
   flag=true;
  }
  (new Test("for136")).ok=flag;
  
  summary("format");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#hashCode} method. */
 
 public void diaghashcode(){
  java.lang.String hs;
  com.ibm.math.BigDecimal d;
  hs="27827817";
  d=new com.ibm.math.BigDecimal(hs);
  (new Test("has001")).ok=(d.hashCode())==(hs.hashCode());
  hs="1.265E+200";
  d=new com.ibm.math.BigDecimal(hs);
  (new Test("has002")).ok=(d.hashCode())==(hs.hashCode());
  hs="126.5E+200";
  d=new com.ibm.math.BigDecimal(hs);
  (new Test("has003")).ok=(d.hashCode())!=(hs.hashCode());
  summary("hashCode");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#intValue} method. */
 
 public void diagintvalue(){
  boolean flag=false;
  java.lang.String v=null;
  java.lang.ArithmeticException ae=null;
  java.lang.String badstrings[];
  int i=0;
  java.lang.String norm=null;
  com.ibm.math.BigDecimal dimax;
  com.ibm.math.BigDecimal num=null;
  com.ibm.math.BigDecimal dv=null;
  com.ibm.math.BigDecimal dimin;
  
  
  // intValue --
  
  (new Test("inv001")).ok=imin==((new com.ibm.math.BigDecimal(imin)).intValue());
  (new Test("inv002")).ok=((99))==((new com.ibm.math.BigDecimal("99")).intValue());
  (new Test("inv003")).ok=((1))==((new com.ibm.math.BigDecimal("1")).intValue());
  (new Test("inv004")).ok=((0))==((new com.ibm.math.BigDecimal("0")).intValue());
  (new Test("inv005")).ok=((-1))==((new com.ibm.math.BigDecimal("-1")).intValue());
  (new Test("inv006")).ok=((-99))==((new com.ibm.math.BigDecimal("-99")).intValue());
  (new Test("inv007")).ok=imax==((new com.ibm.math.BigDecimal(imax)).intValue());
  (new Test("inv008")).ok=((5))==((new com.ibm.math.BigDecimal("5.0")).intValue());
  (new Test("inv009")).ok=((5))==((new com.ibm.math.BigDecimal("5.3")).intValue());
  (new Test("inv010")).ok=((5))==((new com.ibm.math.BigDecimal("5.5")).intValue());
  (new Test("inv011")).ok=((5))==((new com.ibm.math.BigDecimal("5.7")).intValue());
  (new Test("inv012")).ok=((5))==((new com.ibm.math.BigDecimal("5.9")).intValue());
  (new Test("inv013")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.0")).intValue());
  (new Test("inv014")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.3")).intValue());
  (new Test("inv015")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.5")).intValue());
  (new Test("inv016")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.7")).intValue());
  (new Test("inv017")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.9")).intValue());
  (new Test("inv018")).ok=((new com.ibm.math.BigDecimal("88888888888")).intValue())==(-1305424328); // ugh
  (new Test("inv019")).ok=((new com.ibm.math.BigDecimal("-88888888888")).intValue())==1305424328; // ugh
  (new Test("inv020")).ok=((imin))==((new com.ibm.math.BigDecimal((((long)imax))+1)).intValue());
  (new Test("inv021")).ok=((imax))==((new com.ibm.math.BigDecimal((((long)imin))-1)).intValue());
  
  // intValueExact --
  
  (new Test("inv101")).ok=imin==((new com.ibm.math.BigDecimal(imin)).intValueExact());
  (new Test("inv102")).ok=((99))==((new com.ibm.math.BigDecimal("99")).intValue());
  (new Test("inv103")).ok=((1))==((new com.ibm.math.BigDecimal("1")).intValue());
  (new Test("inv104")).ok=((0))==((new com.ibm.math.BigDecimal("0")).intValue());
  (new Test("inv105")).ok=((-1))==((new com.ibm.math.BigDecimal("-1")).intValue());
  (new Test("inv106")).ok=((-99))==((new com.ibm.math.BigDecimal("-99")).intValue());
  (new Test("inv107")).ok=imax==((new com.ibm.math.BigDecimal(imax)).intValue());
  (new Test("inv108")).ok=((5))==((new com.ibm.math.BigDecimal("5.0")).intValue());
  (new Test("inv109")).ok=((-5))==((new com.ibm.math.BigDecimal("-5.0")).intValue());
  (new Test("inv110")).ok=imax==((new com.ibm.math.BigDecimal(imax)).intValueExact());
  
  try{
   v="-88588688888";
   (new com.ibm.math.BigDecimal(v)).intValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $102){ae=$102;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("inv200")).ok=flag;
  
  // this one could raise either overflow or bad decimal part
  try{
   v="88088818888.00001";
   (new com.ibm.math.BigDecimal(v)).intValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $103){
   flag=true;
  }
  (new Test("inv201")).ok=flag;
  
  // 1999.10.28: the testcases marked '*' failed
  badstrings=new java.lang.String[]{"12345678901",(new com.ibm.math.BigDecimal(imax)).add(one).toString(),(new com.ibm.math.BigDecimal(imin)).subtract(one).toString(),"3731367293","4731367293","5731367293","6731367293","7731367293","8731367293","9731367293","-3731367293","-4731367293","-5731367293","-6731367293","-7731367293","-8731367293","-9731367293",(new com.ibm.math.BigDecimal(imin)).multiply(two).toString(),(new com.ibm.math.BigDecimal(imax)).multiply(two).toString(),(new com.ibm.math.BigDecimal(imin)).multiply(ten).toString(),(new com.ibm.math.BigDecimal(imax)).multiply(ten).toString(),"4731367293","4831367293","4931367293","5031367293","5131367293","5231367293","5331367293","5431367293","5531367293","5631367293","5731367293","5831367293","5931367293","6031367293","6131367293","6231367293","6331367293","6431367293","6531367293","6631367293","6731367293","2200000000","2300000000","2400000000","2500000000","2600000000","2700000000","2800000000","2900000000","-2200000000","-2300000000","-2400000000","-2500000000","-2600000000","-2700000000","-2800000000","-2900000000","25E+8","-25E+8","-12345678901"}; // 220
  // 221
  // 222
  // 223
  // 224
  // 225  *
  // 226
  // 227
  // 228
  // 229  *
  // 230
  // 231
  // 232  *
  // 233
  // 234
  // 235
  // 236  *
  // 237
  // 238
  // 239
  // 240
  // 241
  // 242  *
  // 243  *
  // 244  *
  // 245  *
  // 246  *
  // 247  *
  // 248  *
  // 249  *
  // 250  *
  // 251  *
  // 252  *
  // 253  *
  // 254  *
  // 255  *
  // 256  *
  // 257  *
  // 258  *
  // 259
  // 260
  // 261
  // 262
  // 263
  // 264
  // 265
  // 266
  // 267
  // 268
  // 269
  // 270
  // 271
  // 272
  // 273
  // 274
  // 275
  // 276
  // 277
  // 278
  // 279
  // 280
  {int $104=badstrings.length;i=0;i:for(;$104>0;$104--,i++){
   try{
    v=badstrings[i];
    (new com.ibm.math.BigDecimal(v)).intValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $105){ae=$105;
    norm=(new com.ibm.math.BigDecimal(v)).toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("inv"+(220+i))).ok=flag;
   }
  }/*i*/
  
  // now slip in some single bits...
  dimax=new com.ibm.math.BigDecimal(imax);
  {i=0;i:for(;i<=49;i++){
   try{
    num=two.pow(new com.ibm.math.BigDecimal(i),mc50);
    dv=dimax.add(num,mc50);
    dv.intValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $106){ae=$106;
    norm=dv.toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("inv"+(300+i))).ok=flag;
   }
  }/*i*/
  dimin=new com.ibm.math.BigDecimal(imin);
  {i=50;i:for(;i<=99;i++){
   try{
    num=two.pow(new com.ibm.math.BigDecimal(i),mc50);
    dv=dimin.subtract(num,mc50);
    dv.intValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $107){ae=$107;
    norm=dv.toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("inv"+(300+i))).ok=flag;
   }
  }/*i*/
  
  // the following should all raise bad-decimal-part exceptions
  badstrings=new java.lang.String[]{"0.09","0.9","0.01","0.1","-0.01","-0.1","1.01","-1.01","-1.1","-111.111","+111.111","1.09","1.05","1.04","1.99","1.9","1.5","1.4","-1.09","-1.05","-1.04","-1.99","-1.9","-1.5","-1.4","1E-1000","-1E-1000","11E-1","1.5"}; // 400-403
  // 404-407
  // 408-411
  // 412-416
  // 417-420
  // 421-424
  // 425-428
  
  {int $108=badstrings.length;i=0;i:for(;$108>0;$108--,i++){
   try{
    v=badstrings[i];
    (new com.ibm.math.BigDecimal(v)).intValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $109){ae=$109;
    norm=(new com.ibm.math.BigDecimal(v)).toString();
    flag=(ae.getMessage()).equals("Decimal part non-zero:"+" "+norm);
   }
   (new Test("inv"+(400+i))).ok=flag;
   }
  }/*i*/
  
  summary("intValue+");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#longValue} method. */
 
 public void diaglongvalue(){
  boolean flag=false;
  java.lang.String v=null;
  java.lang.ArithmeticException ae=null;
  java.lang.String badstrings[];
  int i=0;
  java.lang.String norm=null;
  com.ibm.math.BigDecimal dlmax;
  com.ibm.math.BigDecimal num=null;
  com.ibm.math.BigDecimal dv=null;
  com.ibm.math.BigDecimal dlmin;
  
  
  // longValue --
  
  (new Test("lov001")).ok=lmin==((new com.ibm.math.BigDecimal(lmin)).longValue());
  (new Test("lov002")).ok=(((long)99))==((new com.ibm.math.BigDecimal("99")).longValue());
  (new Test("lov003")).ok=(((long)1))==((new com.ibm.math.BigDecimal("1")).longValue());
  (new Test("lov004")).ok=(((long)0))==((new com.ibm.math.BigDecimal("0")).longValue());
  (new Test("lov005")).ok=(((long)-1))==((new com.ibm.math.BigDecimal("-1")).longValue());
  (new Test("lov006")).ok=(((long)-99))==((new com.ibm.math.BigDecimal("-99")).longValue());
  (new Test("lov007")).ok=lmax==((new com.ibm.math.BigDecimal(lmax)).longValue());
  (new Test("lov008")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.0")).longValue());
  (new Test("lov009")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.3")).longValue());
  (new Test("lov010")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.5")).longValue());
  (new Test("lov011")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.7")).longValue());
  (new Test("lov012")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.9")).longValue());
  (new Test("lov013")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.0")).longValue());
  (new Test("lov014")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.3")).longValue());
  (new Test("lov015")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.5")).longValue());
  (new Test("lov016")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.7")).longValue());
  (new Test("lov017")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.9")).longValue());
  (new Test("lov018")).ok=((new com.ibm.math.BigDecimal("888888888899999999998")).longValue())==3445173361941522430L; // ugh
  (new Test("lov019")).ok=((new com.ibm.math.BigDecimal("-888888888899999999998")).longValue())==(-3445173361941522430L); // ugh
  
  // longValueExact --
  
  (new Test("lov101")).ok=lmin==((new com.ibm.math.BigDecimal(lmin)).longValue());
  (new Test("lov102")).ok=(((long)99))==((new com.ibm.math.BigDecimal("99")).longValue());
  (new Test("lov103")).ok=(((long)1))==((new com.ibm.math.BigDecimal("1")).longValue());
  (new Test("lov104")).ok=(((long)0))==((new com.ibm.math.BigDecimal("0")).longValue());
  (new Test("lov105")).ok=(((long)-1))==((new com.ibm.math.BigDecimal("-1")).longValue());
  (new Test("lov106")).ok=(((long)-99))==((new com.ibm.math.BigDecimal("-99")).longValue());
  (new Test("lov107")).ok=lmax==((new com.ibm.math.BigDecimal(lmax)).longValue());
  (new Test("lov108")).ok=(((long)5))==((new com.ibm.math.BigDecimal("5.0")).longValue());
  (new Test("lov109")).ok=(((long)-5))==((new com.ibm.math.BigDecimal("-5.0")).longValue());
  
  try{
   v="-888888888899999999998";
   (new com.ibm.math.BigDecimal(v)).longValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $110){ae=$110;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("lov200")).ok=flag;
  try{
   v="88888887487487479488888";
   (new com.ibm.math.BigDecimal(v)).longValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $111){ae=$111;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("lov201")).ok=flag;
  try{
   v="1.5";
   (new com.ibm.math.BigDecimal(v)).longValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $112){ae=$112;
   flag=(ae.getMessage()).equals("Decimal part non-zero:"+" "+v);
  }
  (new Test("lov202")).ok=flag;
  
  badstrings=new java.lang.String[]{"1234567890110987654321","-1234567890110987654321",(new com.ibm.math.BigDecimal(lmax)).add(one).toString(),(new com.ibm.math.BigDecimal(lmin)).subtract(one).toString(),(new com.ibm.math.BigDecimal(lmin)).multiply(two).toString(),(new com.ibm.math.BigDecimal(lmax)).multiply(two).toString(),(new com.ibm.math.BigDecimal(lmin)).multiply(ten).toString(),(new com.ibm.math.BigDecimal(lmax)).multiply(ten).toString(),"9223372036854775818","9323372036854775818","9423372036854775818","9523372036854775818","9623372036854775818","9723372036854775818","9823372036854775818","9923372036854775818","-9223372036854775818","-9323372036854775818","-9423372036854775818","-9523372036854775818","-9623372036854775818","-9723372036854775818","-9823372036854775818","-9923372036854775818","12345678901234567890"}; // 220
  // 221
  // 222
  // 223
  // 224
  // 225
  // 226
  // 227
  // 228
  // 229
  // 230
  // 231
  // 232
  // 233
  // 234
  // 235
  // 236
  // 237
  // 238
  // 239
  // 240
  // 241
  // 242
  // 243
  // 244
  {int $113=badstrings.length;i=0;i:for(;$113>0;$113--,i++){
   try{
    v=badstrings[i];
    (new com.ibm.math.BigDecimal(v)).longValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $114){ae=$114;
    norm=(new com.ibm.math.BigDecimal(v)).toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("lov"+(220+i))).ok=flag;
   }
  }/*i*/
  
  // now slip in some single bits...
  dlmax=new com.ibm.math.BigDecimal(lmax);
  {i=0;i:for(;i<=99;i++){
   try{
    num=two.pow(new com.ibm.math.BigDecimal(i),mc50);
    dv=dlmax.add(num,mc50);
    dv.longValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $115){ae=$115;
    norm=dv.toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("lov"+(300+i))).ok=flag;
   }
  }/*i*/
  dlmin=new com.ibm.math.BigDecimal(lmin);
  {i=0;i:for(;i<=99;i++){
   try{
    num=two.pow(new com.ibm.math.BigDecimal(i),mc50);
    dv=dlmin.subtract(num,mc50);
    dv.longValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $116){ae=$116;
    norm=dv.toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("lov"+(400+i))).ok=flag;
   }
  }/*i*/
  
  summary("longValue+");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#movePointLeft} method. */
 
 public void diagmovepointleft(){
  (new Test("mpl001")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(-10).toString()).equals("-10000000000");
  (new Test("mpl002")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(-5).toString()).equals("-100000");
  (new Test("mpl003")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(-1).toString()).equals("-10");
  (new Test("mpl004")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(0).toString()).equals("-1");
  (new Test("mpl005")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(+1).toString()).equals("-0.1");
  (new Test("mpl006")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(+5).toString()).equals("-0.00001");
  (new Test("mpl007")).ok=((new com.ibm.math.BigDecimal("-1")).movePointLeft(+10).toString()).equals("-0.0000000001");
  
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(-10).toString()).equals("0");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(-5).toString()).equals("0");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(-1).toString()).equals("0");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(0).toString()).equals("0");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(+1).toString()).equals("0.0");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(+5).toString()).equals("0.00000");
  (new Test("mpl010")).ok=((new com.ibm.math.BigDecimal("0")).movePointLeft(+10).toString()).equals("0.0000000000");
  
  (new Test("mpl020")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(-10).toString()).equals("10000000000");
  (new Test("mpl021")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(-5).toString()).equals("100000");
  (new Test("mpl022")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(-1).toString()).equals("10");
  (new Test("mpl023")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(0).toString()).equals("1");
  (new Test("mpl024")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(+1).toString()).equals("0.1");
  (new Test("mpl025")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(+5).toString()).equals("0.00001");
  (new Test("mpl026")).ok=((new com.ibm.math.BigDecimal("+1")).movePointLeft(+10).toString()).equals("0.0000000001");
  
  (new Test("mpl030")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(-10).toString()).equals("50000000000");
  (new Test("mpl031")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(-5).toString()).equals("500000");
  (new Test("mpl032")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(-1).toString()).equals("50");
  (new Test("mpl033")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(0).toString()).equals("5");
  (new Test("mpl034")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(+1).toString()).equals("0.5");
  (new Test("mpl035")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(+5).toString()).equals("0.00005");
  (new Test("mpl036")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointLeft(+10).toString()).equals("0.0000000005");
  
  summary("movePointLeft");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#movePointRight} method. */
 
 public void diagmovepointright(){
  (new Test("mpr001")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(+10).toString()).equals("-10000000000");
  (new Test("mpr002")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(+5).toString()).equals("-100000");
  (new Test("mpr003")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(+1).toString()).equals("-10");
  (new Test("mpr004")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(0).toString()).equals("-1");
  (new Test("mpr005")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(-1).toString()).equals("-0.1");
  (new Test("mpr006")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(-5).toString()).equals("-0.00001");
  (new Test("mpr007")).ok=((new com.ibm.math.BigDecimal("-1")).movePointRight(-10).toString()).equals("-0.0000000001");
  
  (new Test("mpr010")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(+10).toString()).equals("0");
  (new Test("mpr011")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(+5).toString()).equals("0");
  (new Test("mpr012")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(+1).toString()).equals("0");
  (new Test("mpr013")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(0).toString()).equals("0");
  (new Test("mpr014")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(-1).toString()).equals("0.0");
  (new Test("mpr015")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(-5).toString()).equals("0.00000");
  (new Test("mpr016")).ok=((new com.ibm.math.BigDecimal("0")).movePointRight(-10).toString()).equals("0.0000000000");
  
  (new Test("mpr020")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(+10).toString()).equals("10000000000");
  (new Test("mpr021")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(+5).toString()).equals("100000");
  (new Test("mpr022")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(+1).toString()).equals("10");
  (new Test("mpr023")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(0).toString()).equals("1");
  (new Test("mpr024")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(-1).toString()).equals("0.1");
  (new Test("mpr025")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(-5).toString()).equals("0.00001");
  (new Test("mpr026")).ok=((new com.ibm.math.BigDecimal("+1")).movePointRight(-10).toString()).equals("0.0000000001");
  
  (new Test("mpr030")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(+10).toString()).equals("50000000000");
  (new Test("mpr031")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(+5).toString()).equals("500000");
  (new Test("mpr032")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(+1).toString()).equals("50");
  (new Test("mpr033")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(0).toString()).equals("5");
  (new Test("mpr034")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(-1).toString()).equals("0.5");
  (new Test("mpr035")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(-5).toString()).equals("0.00005");
  (new Test("mpr036")).ok=((new com.ibm.math.BigDecimal("0.5E+1")).movePointRight(-10).toString()).equals("0.0000000005");
  
  summary("movePointRight");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#scale} method. */
 
 public void diagscale(){
  (new Test("sca001")).ok=((new com.ibm.math.BigDecimal("-1")).scale())==0;
  (new Test("sca002")).ok=((new com.ibm.math.BigDecimal("-10")).scale())==0;
  (new Test("sca003")).ok=((new com.ibm.math.BigDecimal("+1")).scale())==0;
  (new Test("sca004")).ok=((new com.ibm.math.BigDecimal("+10")).scale())==0;
  (new Test("sca005")).ok=((new com.ibm.math.BigDecimal("1E+10")).scale())==0;
  (new Test("sca006")).ok=((new com.ibm.math.BigDecimal("1E-10")).scale())==10;
  (new Test("sca007")).ok=((new com.ibm.math.BigDecimal("0E-10")).scale())==0;
  (new Test("sca008")).ok=((new com.ibm.math.BigDecimal("0.000")).scale())==3;
  (new Test("sca009")).ok=((new com.ibm.math.BigDecimal("0.00")).scale())==2;
  (new Test("sca010")).ok=((new com.ibm.math.BigDecimal("0.0")).scale())==1;
  (new Test("sca011")).ok=((new com.ibm.math.BigDecimal("0.1")).scale())==1;
  (new Test("sca012")).ok=((new com.ibm.math.BigDecimal("0.12")).scale())==2;
  (new Test("sca013")).ok=((new com.ibm.math.BigDecimal("0.123")).scale())==3;
  (new Test("sca014")).ok=((new com.ibm.math.BigDecimal("-0.0")).scale())==1;
  (new Test("sca015")).ok=((new com.ibm.math.BigDecimal("-0.1")).scale())==1;
  (new Test("sca016")).ok=((new com.ibm.math.BigDecimal("-0.12")).scale())==2;
  (new Test("sca017")).ok=((new com.ibm.math.BigDecimal("-0.123")).scale())==3;
  summary("scale");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#setScale} method. */
 
 public void diagsetscale(){
  boolean flag=false;
  java.lang.RuntimeException e=null;
  
  (new Test("ssc001")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(0).toString()).equals("-1");
  (new Test("ssc002")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(1).toString()).equals("-1.0");
  (new Test("ssc003")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(2).toString()).equals("-1.00");
  (new Test("ssc004")).ok=((new com.ibm.math.BigDecimal("0")).setScale(0).toString()).equals("0");
  (new Test("ssc005")).ok=((new com.ibm.math.BigDecimal("0")).setScale(1).toString()).equals("0.0");
  (new Test("ssc006")).ok=((new com.ibm.math.BigDecimal("0")).setScale(2).toString()).equals("0.00");
  (new Test("ssc007")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(0).toString()).equals("1");
  (new Test("ssc008")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(1).toString()).equals("1.0");
  (new Test("ssc009")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(2).toString()).equals("1.00");
  (new Test("ssc010")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("-1");
  (new Test("ssc011")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("-1.0");
  (new Test("ssc012")).ok=((new com.ibm.math.BigDecimal("-1")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("-1.00");
  (new Test("ssc013")).ok=((new com.ibm.math.BigDecimal("0")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  (new Test("ssc014")).ok=((new com.ibm.math.BigDecimal("0")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.0");
  (new Test("ssc015")).ok=((new com.ibm.math.BigDecimal("0")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.00");
  (new Test("ssc016")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1");
  (new Test("ssc017")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.0");
  (new Test("ssc018")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.00");
  
  (new Test("ssc020")).ok=((new com.ibm.math.BigDecimal("1.04")).setScale(3,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.040");
  (new Test("ssc021")).ok=((new com.ibm.math.BigDecimal("1.04")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.04");
  (new Test("ssc022")).ok=((new com.ibm.math.BigDecimal("1.04")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.0");
  (new Test("ssc023")).ok=((new com.ibm.math.BigDecimal("1.04")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1");
  (new Test("ssc024")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(3,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.050");
  (new Test("ssc025")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.05");
  (new Test("ssc026")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.1");
  (new Test("ssc027")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1");
  (new Test("ssc028")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(3,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("1.050");
  (new Test("ssc029")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("1.05");
  (new Test("ssc030")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("1.0");
  (new Test("ssc031")).ok=((new com.ibm.math.BigDecimal("1.05")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("1");
  (new Test("ssc032")).ok=((new com.ibm.math.BigDecimal("1.06")).setScale(3,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.060");
  (new Test("ssc033")).ok=((new com.ibm.math.BigDecimal("1.06")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.06");
  (new Test("ssc034")).ok=((new com.ibm.math.BigDecimal("1.06")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.1");
  (new Test("ssc035")).ok=((new com.ibm.math.BigDecimal("1.06")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1");
  
  (new Test("ssc040")).ok=((new com.ibm.math.BigDecimal("-10")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("-10.00");
  (new Test("ssc041")).ok=((new com.ibm.math.BigDecimal("+1")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("1.00");
  (new Test("ssc042")).ok=((new com.ibm.math.BigDecimal("+10")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("10.00");
  (new Test("ssc043")).ok=((new com.ibm.math.BigDecimal("1E+10")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("10000000000.00");
  (new Test("ssc044")).ok=((new com.ibm.math.BigDecimal("1E-10")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.00");
  (new Test("ssc045")).ok=((new com.ibm.math.BigDecimal("1E-2")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.01");
  (new Test("ssc046")).ok=((new com.ibm.math.BigDecimal("0E-10")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.00");
  
  // check rounding
  (new Test("ssc050")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("0.01");
  (new Test("ssc051")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("0.1");
  (new Test("ssc052")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_CEILING).toString()).equals("1");
  (new Test("ssc053")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0.00");
  (new Test("ssc054")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0.0");
  (new Test("ssc055")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_DOWN).toString()).equals("0");
  (new Test("ssc056")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0.00");
  (new Test("ssc057")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0.0");
  (new Test("ssc058")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_FLOOR).toString()).equals("0");
  (new Test("ssc059")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.00");
  (new Test("ssc060")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0.0");
  (new Test("ssc061")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_DOWN).toString()).equals("0");
  (new Test("ssc062")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.00");
  (new Test("ssc063")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.0");
  (new Test("ssc064")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  (new Test("ssc065")).ok=((new com.ibm.math.BigDecimal("0.015")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.02");
  (new Test("ssc066")).ok=((new com.ibm.math.BigDecimal("0.015")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0.0");
  (new Test("ssc067")).ok=((new com.ibm.math.BigDecimal("0.015")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_EVEN).toString()).equals("0");
  (new Test("ssc068")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.01");
  (new Test("ssc069")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.0");
  (new Test("ssc070")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  (new Test("ssc071")).ok=((new com.ibm.math.BigDecimal("0.095")).setScale(2,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.10");
  (new Test("ssc072")).ok=((new com.ibm.math.BigDecimal("0.095")).setScale(1,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0.1");
  (new Test("ssc073")).ok=((new com.ibm.math.BigDecimal("0.095")).setScale(0,com.ibm.math.MathContext.ROUND_HALF_UP).toString()).equals("0");
  (new Test("ssc074")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(2,com.ibm.math.MathContext.ROUND_UP).toString()).equals("0.01");
  (new Test("ssc075")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(1,com.ibm.math.MathContext.ROUND_UP).toString()).equals("0.1");
  (new Test("ssc076")).ok=((new com.ibm.math.BigDecimal("0.005")).setScale(0,com.ibm.math.MathContext.ROUND_UP).toString()).equals("1");
  
  try{checkscale:do{
   (new com.ibm.math.BigDecimal(1)).setScale(-8);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $117){e=$117;
   flag=(e.getMessage()).equals("Negative scale: -8");
  }/*checkscale*/
  (new Test("ssc100")).ok=flag;
  try{checkrunn:do{
   (new com.ibm.math.BigDecimal(1.0001D)).setScale(3);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $118){e=$118;
   flag=(e.getMessage()).equals("Rounding necessary");
  }/*checkrunn*/
  (new Test("ssc101")).ok=flag;
  try{checkrunn:do{
   (new com.ibm.math.BigDecimal(1E-8D)).setScale(3);
   flag=false;
  }while(false);}
  catch (java.lang.RuntimeException $119){e=$119;
   flag=(e.getMessage()).equals("Rounding necessary");
  }/*checkrunn*/
  (new Test("ssc102")).ok=flag;
  summary("setScale");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the <code>BigDecimal.shortValue()</code> method. */
 
 public void diagshortvalue(){
  boolean flag=false;
  java.lang.String v=null;
  java.lang.ArithmeticException ae=null;
  java.lang.String badstrings[];
  int i=0;
  java.lang.String norm=null;
  
  (new Test("shv002")).ok=(((short)0))==((new com.ibm.math.BigDecimal("0")).shortValue());
  (new Test("shv003")).ok=(((short)1))==((new com.ibm.math.BigDecimal("1")).shortValue());
  (new Test("shv004")).ok=(((short)99))==((new com.ibm.math.BigDecimal("99")).shortValue());
  (new Test("shv006")).ok=((smax))==((new com.ibm.math.BigDecimal(smax)).shortValue());
  (new Test("shv007")).ok=((smin))==((new com.ibm.math.BigDecimal(smin)).shortValue());
  (new Test("shv008")).ok=((sneg))==((new com.ibm.math.BigDecimal(sneg)).shortValue());
  (new Test("shv009")).ok=((szer))==((new com.ibm.math.BigDecimal(szer)).shortValue());
  (new Test("shv010")).ok=((spos))==((new com.ibm.math.BigDecimal(spos)).shortValue());
  (new Test("shv011")).ok=((smin))==((new com.ibm.math.BigDecimal(smax+1)).shortValue());
  (new Test("shv012")).ok=((smax))==((new com.ibm.math.BigDecimal(smin-1)).shortValue());
  
  (new Test("shv022")).ok=(((short)0))==((new com.ibm.math.BigDecimal("0")).shortValueExact());
  (new Test("shv023")).ok=(((short)1))==((new com.ibm.math.BigDecimal("1")).shortValueExact());
  (new Test("shv024")).ok=(((short)99))==((new com.ibm.math.BigDecimal("99")).shortValueExact());
  (new Test("shv026")).ok=((smax))==((new com.ibm.math.BigDecimal(smax)).shortValueExact());
  (new Test("shv027")).ok=((smin))==((new com.ibm.math.BigDecimal(smin)).shortValueExact());
  (new Test("shv028")).ok=((sneg))==((new com.ibm.math.BigDecimal(sneg)).shortValueExact());
  (new Test("shv029")).ok=((szer))==((new com.ibm.math.BigDecimal(szer)).shortValueExact());
  (new Test("shv030")).ok=((spos))==((new com.ibm.math.BigDecimal(spos)).shortValueExact());
  try{
   v="-88888888888";
   (new com.ibm.math.BigDecimal(v)).shortValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $120){ae=$120;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("shv100")).ok=flag;
  try{
   v="88888888888";
   (new com.ibm.math.BigDecimal(v)).shortValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $121){ae=$121;
   flag=(ae.getMessage()).equals("Conversion overflow:"+" "+v);
  }
  (new Test("shv101")).ok=flag;
  try{
   v="1.5";
   (new com.ibm.math.BigDecimal(v)).shortValueExact();
   flag=false;
  }
  catch (java.lang.ArithmeticException $122){ae=$122;
   flag=(ae.getMessage()).equals("Decimal part non-zero:"+" "+v);
  }
  (new Test("shv102")).ok=flag;
  
  badstrings=new java.lang.String[]{"123456",(new com.ibm.math.BigDecimal(smax)).add(one).toString(),(new com.ibm.math.BigDecimal(smin)).subtract(one).toString(),"71111","81111","91111","-71111","-81111","-91111",(new com.ibm.math.BigDecimal(smin)).multiply(two).toString(),(new com.ibm.math.BigDecimal(smax)).multiply(two).toString(),(new com.ibm.math.BigDecimal(smin)).multiply(ten).toString(),(new com.ibm.math.BigDecimal(smax)).multiply(ten).toString(),"-123456"}; // 220
  // 221
  // 222
  // 223
  // 224
  // 225
  // 226
  // 227
  // 228
  // 229
  // 230
  // 231
  // 232
  // 233
  {int $123=badstrings.length;i=0;i:for(;$123>0;$123--,i++){
   try{
    v=badstrings[i];
    (new com.ibm.math.BigDecimal(v)).shortValueExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $124){ae=$124;
    norm=(new com.ibm.math.BigDecimal(v)).toString();
    flag=(ae.getMessage()).equals("Conversion overflow:"+" "+norm);
   }
   (new Test("shv"+(220+i))).ok=flag;
   }
  }/*i*/
  
  
  summary("shortValue+");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#signum} method. */
 
 public void diagsignum(){
  // necessarily checks some obscure constructions, too
  (new Test("sig001")).ok=(-1)==((new com.ibm.math.BigDecimal("-1")).signum());
  (new Test("sig002")).ok=(-1)==((new com.ibm.math.BigDecimal("-0.0010")).signum());
  (new Test("sig003")).ok=(-1)==((new com.ibm.math.BigDecimal("-0.001")).signum());
  (new Test("sig004")).ok=0==((new com.ibm.math.BigDecimal("-0.00")).signum());
  (new Test("sig005")).ok=0==((new com.ibm.math.BigDecimal("-0")).signum());
  (new Test("sig006")).ok=0==((new com.ibm.math.BigDecimal("0")).signum());
  (new Test("sig007")).ok=0==((new com.ibm.math.BigDecimal("00")).signum());
  (new Test("sig008")).ok=0==((new com.ibm.math.BigDecimal("00.0")).signum());
  (new Test("sig009")).ok=1==((new com.ibm.math.BigDecimal("00.01")).signum());
  (new Test("sig010")).ok=1==((new com.ibm.math.BigDecimal("00.01")).signum());
  (new Test("sig011")).ok=1==((new com.ibm.math.BigDecimal("00.010")).signum());
  (new Test("sig012")).ok=1==((new com.ibm.math.BigDecimal("01.01")).signum());
  (new Test("sig013")).ok=1==((new com.ibm.math.BigDecimal("+0.01")).signum());
  (new Test("sig014")).ok=1==((new com.ibm.math.BigDecimal("+0.001")).signum());
  (new Test("sig015")).ok=1==((new com.ibm.math.BigDecimal("1")).signum());
  (new Test("sig016")).ok=1==((new com.ibm.math.BigDecimal("1e+12")).signum());
  (new Test("sig017")).ok=0==((new com.ibm.math.BigDecimal("00e+12")).signum());
  summary("signum");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#toBigDecimal} method. */
 
 public void diagtobigdecimal(){
  (new Test("tbd001")).ok=((new com.ibm.math.BigDecimal("0")).toBigDecimal().toString()).equals("0");
  (new Test("tbd002")).ok=((new com.ibm.math.BigDecimal("-1")).toBigDecimal().toString()).equals("-1");
  (new Test("tbd003")).ok=((new com.ibm.math.BigDecimal("+1")).toBigDecimal().toString()).equals("1");
  (new Test("tbd004")).ok=((new com.ibm.math.BigDecimal("1")).toBigDecimal().toString()).equals("1");
  (new Test("tbd005")).ok=((new com.ibm.math.BigDecimal("1E+2")).toBigDecimal().toString()).equals("100");
  (new Test("tbd006")).ok=((new com.ibm.math.BigDecimal("1E-2")).toBigDecimal().toString()).equals("0.01");
  (new Test("tbd007")).ok=((new com.ibm.math.BigDecimal("1E-8")).toBigDecimal().toString()).equals("0.00000001");
  (new Test("tbd008")).ok=((new com.ibm.math.BigDecimal("1E-9")).toBigDecimal().toString()).equals("0.000000001");
  (new Test("tbd009")).ok=((new com.ibm.math.BigDecimal("1E10")).toBigDecimal().toString()).equals("10000000000");
  (new Test("tbd010")).ok=((new com.ibm.math.BigDecimal("1E12")).toBigDecimal().toString()).equals("1000000000000");
  summary("toBigDecimal");
  return;}
/* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#toBigInteger} method. */
 
 public void diagtobiginteger(){
  boolean flag=false;
  java.lang.String badstrings[];
  int i=0;
  (new Test("tbi001")).ok=((new com.ibm.math.BigDecimal("-1")).toBigInteger().toString()).equals("-1");
  (new Test("tbi002")).ok=((new com.ibm.math.BigDecimal("0")).toBigInteger().toString()).equals("0");
  (new Test("tbi003")).ok=((new com.ibm.math.BigDecimal("+1")).toBigInteger().toString()).equals("1");
  (new Test("tbi004")).ok=((new com.ibm.math.BigDecimal("10")).toBigInteger().toString()).equals("10");
  (new Test("tbi005")).ok=((new com.ibm.math.BigDecimal("1000")).toBigInteger().toString()).equals("1000");
  (new Test("tbi006")).ok=((new com.ibm.math.BigDecimal("-1E+0")).toBigInteger().toString()).equals("-1");
  (new Test("tbi007")).ok=((new com.ibm.math.BigDecimal("0E+0")).toBigInteger().toString()).equals("0");
  (new Test("tbi008")).ok=((new com.ibm.math.BigDecimal("+1E+0")).toBigInteger().toString()).equals("1");
  (new Test("tbi009")).ok=((new com.ibm.math.BigDecimal("10E+0")).toBigInteger().toString()).equals("10");
  (new Test("tbi010")).ok=((new com.ibm.math.BigDecimal("1E+3")).toBigInteger().toString()).equals("1000");
  (new Test("tbi011")).ok=((new com.ibm.math.BigDecimal("0.00")).toBigInteger().toString()).equals("0");
  (new Test("tbi012")).ok=((new com.ibm.math.BigDecimal("0.01")).toBigInteger().toString()).equals("0");
  (new Test("tbi013")).ok=((new com.ibm.math.BigDecimal("0.0")).toBigInteger().toString()).equals("0");
  (new Test("tbi014")).ok=((new com.ibm.math.BigDecimal("0.1")).toBigInteger().toString()).equals("0");
  (new Test("tbi015")).ok=((new com.ibm.math.BigDecimal("-0.00")).toBigInteger().toString()).equals("0");
  (new Test("tbi016")).ok=((new com.ibm.math.BigDecimal("-0.01")).toBigInteger().toString()).equals("0");
  (new Test("tbi017")).ok=((new com.ibm.math.BigDecimal("-0.0")).toBigInteger().toString()).equals("0");
  (new Test("tbi018")).ok=((new com.ibm.math.BigDecimal("-0.1")).toBigInteger().toString()).equals("0");
  (new Test("tbi019")).ok=((new com.ibm.math.BigDecimal("1.00")).toBigInteger().toString()).equals("1");
  (new Test("tbi020")).ok=((new com.ibm.math.BigDecimal("1.01")).toBigInteger().toString()).equals("1");
  (new Test("tbi021")).ok=((new com.ibm.math.BigDecimal("1.0")).toBigInteger().toString()).equals("1");
  (new Test("tbi022")).ok=((new com.ibm.math.BigDecimal("1.1")).toBigInteger().toString()).equals("1");
  (new Test("tbi023")).ok=((new com.ibm.math.BigDecimal("-1.00")).toBigInteger().toString()).equals("-1");
  (new Test("tbi024")).ok=((new com.ibm.math.BigDecimal("-1.01")).toBigInteger().toString()).equals("-1");
  (new Test("tbi025")).ok=((new com.ibm.math.BigDecimal("-1.0")).toBigInteger().toString()).equals("-1");
  (new Test("tbi026")).ok=((new com.ibm.math.BigDecimal("-1.1")).toBigInteger().toString()).equals("-1");
  (new Test("tbi027")).ok=((new com.ibm.math.BigDecimal("-111.111")).toBigInteger().toString()).equals("-111");
  (new Test("tbi028")).ok=((new com.ibm.math.BigDecimal("+111.111")).toBigInteger().toString()).equals("111");
  (new Test("tbi029")).ok=((new com.ibm.math.BigDecimal("0.09")).toBigInteger().toString()).equals("0");
  (new Test("tbi030")).ok=((new com.ibm.math.BigDecimal("0.9")).toBigInteger().toString()).equals("0");
  (new Test("tbi031")).ok=((new com.ibm.math.BigDecimal("1.09")).toBigInteger().toString()).equals("1");
  (new Test("tbi032")).ok=((new com.ibm.math.BigDecimal("1.05")).toBigInteger().toString()).equals("1");
  (new Test("tbi033")).ok=((new com.ibm.math.BigDecimal("1.04")).toBigInteger().toString()).equals("1");
  (new Test("tbi034")).ok=((new com.ibm.math.BigDecimal("1.99")).toBigInteger().toString()).equals("1");
  (new Test("tbi034")).ok=((new com.ibm.math.BigDecimal("1.9")).toBigInteger().toString()).equals("1");
  (new Test("tbi035")).ok=((new com.ibm.math.BigDecimal("1.5")).toBigInteger().toString()).equals("1");
  (new Test("tbi036")).ok=((new com.ibm.math.BigDecimal("1.4")).toBigInteger().toString()).equals("1");
  (new Test("tbi037")).ok=((new com.ibm.math.BigDecimal("-1.09")).toBigInteger().toString()).equals("-1");
  (new Test("tbi038")).ok=((new com.ibm.math.BigDecimal("-1.05")).toBigInteger().toString()).equals("-1");
  (new Test("tbi039")).ok=((new com.ibm.math.BigDecimal("-1.04")).toBigInteger().toString()).equals("-1");
  (new Test("tbi040")).ok=((new com.ibm.math.BigDecimal("-1.99")).toBigInteger().toString()).equals("-1");
  (new Test("tbi041")).ok=((new com.ibm.math.BigDecimal("-1.9")).toBigInteger().toString()).equals("-1");
  (new Test("tbi042")).ok=((new com.ibm.math.BigDecimal("-1.5")).toBigInteger().toString()).equals("-1");
  (new Test("tbi043")).ok=((new com.ibm.math.BigDecimal("-1.4")).toBigInteger().toString()).equals("-1");
  (new Test("tbi044")).ok=((new com.ibm.math.BigDecimal("1E-1000")).toBigInteger().toString()).equals("0");
  (new Test("tbi045")).ok=((new com.ibm.math.BigDecimal("-1E-1000")).toBigInteger().toString()).equals("0");
  
  // Exact variety --
  (new Test("tbi101")).ok=((new com.ibm.math.BigDecimal("-1")).toBigIntegerExact().toString()).equals("-1");
  (new Test("tbi102")).ok=((new com.ibm.math.BigDecimal("0")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi103")).ok=((new com.ibm.math.BigDecimal("+1")).toBigIntegerExact().toString()).equals("1");
  (new Test("tbi104")).ok=((new com.ibm.math.BigDecimal("10")).toBigIntegerExact().toString()).equals("10");
  (new Test("tbi105")).ok=((new com.ibm.math.BigDecimal("1000")).toBigIntegerExact().toString()).equals("1000");
  (new Test("tbi106")).ok=((new com.ibm.math.BigDecimal("-1E+0")).toBigIntegerExact().toString()).equals("-1");
  (new Test("tbi107")).ok=((new com.ibm.math.BigDecimal("0E+0")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi108")).ok=((new com.ibm.math.BigDecimal("+1E+0")).toBigIntegerExact().toString()).equals("1");
  (new Test("tbi109")).ok=((new com.ibm.math.BigDecimal("10E+0")).toBigIntegerExact().toString()).equals("10");
  (new Test("tbi110")).ok=((new com.ibm.math.BigDecimal("1E+3")).toBigIntegerExact().toString()).equals("1000");
  (new Test("tbi111")).ok=((new com.ibm.math.BigDecimal("0.00")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi112")).ok=((new com.ibm.math.BigDecimal("0.0")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi113")).ok=((new com.ibm.math.BigDecimal("-0.00")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi114")).ok=((new com.ibm.math.BigDecimal("-0.0")).toBigIntegerExact().toString()).equals("0");
  (new Test("tbi115")).ok=((new com.ibm.math.BigDecimal("1.00")).toBigIntegerExact().toString()).equals("1");
  (new Test("tbi116")).ok=((new com.ibm.math.BigDecimal("1.0")).toBigIntegerExact().toString()).equals("1");
  (new Test("tbi117")).ok=((new com.ibm.math.BigDecimal("-1.00")).toBigIntegerExact().toString()).equals("-1");
  (new Test("tbi118")).ok=((new com.ibm.math.BigDecimal("-1.0")).toBigIntegerExact().toString()).equals("-1");
  (new Test("tbi119")).ok=((new com.ibm.math.BigDecimal("1.00000000000000000000000000000")).toBigIntegerExact().toString()).equals("1");
  
  // the following should all raise exceptions
  
  badstrings=new java.lang.String[]{"0.09","0.9","0.01","0.1","-0.01","-0.1","1.01","-1.01","-1.1","-111.111","+111.111","1.09","1.05","1.04","1.99","1.9","1.5","1.4","-1.09","-1.05","-1.04","-1.99","-1.9","-1.5","-1.4","1E-1000","-1E-1000","11E-1","1.1","127623156123656561356123512315631231551312356.000001","0.000000000000000000000000000000000000000000000001"}; // 300-303
  // 304-307
  // 308-311
  // 312-316
  // 317-320
  // 321-324
  // 325-328
  // 329
  // 330
  
  {int $125=badstrings.length;i=0;i:for(;$125>0;$125--,i++){
   try{
    (new com.ibm.math.BigDecimal(badstrings[i])).toBigIntegerExact();
    flag=false;
   }
   catch (java.lang.ArithmeticException $126){
    flag=true;
   }
   (new Test("tbi"+(300+i))).ok=flag;
   }
  }/*i*/
  
  summary("toBigInteger+");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#toCharArray} method. */
 
 public void diagtochararray(){
  java.lang.String str;
  char car[];
  com.ibm.math.BigDecimal d;
  char ca[];
  // the function of this has been tested above, this is simply an
  // existence proof and type-check
  str="-123.45";
  car=(str).toCharArray();
  d=new com.ibm.math.BigDecimal(str);
  ca=d.toCharArray();
  (new Test("tca001")).ok=ca.length==car.length;
  (new Test("tca002")).ok=(new java.lang.String(ca)).equals((java.lang.Object)(new java.lang.String(car)));
  (new Test("tca003")).ok=(d.toCharArray() instanceof char[]);
  (new Test("tca004")).ok=(ca instanceof char[]);
  summary("toCharArray");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#toString} method. */
 
 public void diagtostring(){
  java.lang.String str;
  char car[];
  com.ibm.math.BigDecimal d;
  char ca[];
  java.lang.String cs;
  // the function of this has been tested above, this is simply an
  // existence proof and type-check
  str="123.45";
  car=(str).toCharArray();
  d=new com.ibm.math.BigDecimal(car,0,car.length);
  ca=d.toCharArray();
  cs=d.toString();
  (new Test("tos001")).ok=(str.toCharArray().length)==ca.length;
  (new Test("tos002")).ok=(str.length())==(cs.length());
  (new Test("tos003")).ok=str.equals((java.lang.Object)(new java.lang.String(ca)));
  (new Test("tos004")).ok=str.equals((java.lang.Object)cs);
  (new Test("tos005")).ok=(cs instanceof java.lang.String);
  (new Test("tos006")).ok=(d.toString() instanceof java.lang.String);
  summary("toString");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#unscaledValue} method. */
 
 public void diagunscaledvalue(){
  // just like toBigInteger, but scaly bits are preserved [without dots]
  (new Test("uns001")).ok=((new com.ibm.math.BigDecimal("-1")).unscaledValue().toString()).equals("-1");
  (new Test("uns002")).ok=((new com.ibm.math.BigDecimal("0")).unscaledValue().toString()).equals("0");
  (new Test("uns003")).ok=((new com.ibm.math.BigDecimal("+1")).unscaledValue().toString()).equals("1");
  (new Test("uns004")).ok=((new com.ibm.math.BigDecimal("10")).unscaledValue().toString()).equals("10");
  (new Test("uns005")).ok=((new com.ibm.math.BigDecimal("1000")).unscaledValue().toString()).equals("1000");
  (new Test("uns006")).ok=((new com.ibm.math.BigDecimal("-1E+0")).unscaledValue().toString()).equals("-1");
  (new Test("uns007")).ok=((new com.ibm.math.BigDecimal("0E+0")).unscaledValue().toString()).equals("0");
  (new Test("uns008")).ok=((new com.ibm.math.BigDecimal("+1E+0")).unscaledValue().toString()).equals("1");
  (new Test("uns009")).ok=((new com.ibm.math.BigDecimal("10E+0")).unscaledValue().toString()).equals("10");
  (new Test("uns010")).ok=((new com.ibm.math.BigDecimal("1E+3")).unscaledValue().toString()).equals("1000");
  (new Test("uns011")).ok=((new com.ibm.math.BigDecimal("0.00")).unscaledValue().toString()).equals("0");
  (new Test("uns012")).ok=((new com.ibm.math.BigDecimal("0.01")).unscaledValue().toString()).equals("1");
  (new Test("uns013")).ok=((new com.ibm.math.BigDecimal("0.0")).unscaledValue().toString()).equals("0");
  (new Test("uns014")).ok=((new com.ibm.math.BigDecimal("0.1")).unscaledValue().toString()).equals("1");
  (new Test("uns015")).ok=((new com.ibm.math.BigDecimal("-0.00")).unscaledValue().toString()).equals("0");
  (new Test("uns016")).ok=((new com.ibm.math.BigDecimal("-0.01")).unscaledValue().toString()).equals("-1");
  (new Test("uns017")).ok=((new com.ibm.math.BigDecimal("-0.0")).unscaledValue().toString()).equals("0");
  (new Test("uns018")).ok=((new com.ibm.math.BigDecimal("-0.1")).unscaledValue().toString()).equals("-1");
  (new Test("uns019")).ok=((new com.ibm.math.BigDecimal("1.00")).unscaledValue().toString()).equals("100");
  (new Test("uns020")).ok=((new com.ibm.math.BigDecimal("1.01")).unscaledValue().toString()).equals("101");
  (new Test("uns021")).ok=((new com.ibm.math.BigDecimal("1.0")).unscaledValue().toString()).equals("10");
  (new Test("uns022")).ok=((new com.ibm.math.BigDecimal("1.1")).unscaledValue().toString()).equals("11");
  (new Test("uns023")).ok=((new com.ibm.math.BigDecimal("-1.00")).unscaledValue().toString()).equals("-100");
  (new Test("uns024")).ok=((new com.ibm.math.BigDecimal("-1.01")).unscaledValue().toString()).equals("-101");
  (new Test("uns025")).ok=((new com.ibm.math.BigDecimal("-1.0")).unscaledValue().toString()).equals("-10");
  (new Test("uns026")).ok=((new com.ibm.math.BigDecimal("-1.1")).unscaledValue().toString()).equals("-11");
  (new Test("uns027")).ok=((new com.ibm.math.BigDecimal("-111.111")).unscaledValue().toString()).equals("-111111");
  (new Test("uns028")).ok=((new com.ibm.math.BigDecimal("+111.111")).unscaledValue().toString()).equals("111111");
  summary("unscaledValue");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link BigDecimal#valueOf} method [long and double]. */
 
 public void diagvalueof(){
  boolean flag=false;
  java.lang.NumberFormatException e=null;
  double dzer;
  double dpos;
  double dneg;
  double dpos5;
  double dneg5;
  double dmin;
  double dmax;
  double d;
  
  // valueOf(long [,scale]) --
  
  (new Test("val001")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)-2)).toString()).equals("-2");
  (new Test("val002")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)-1)).toString()).equals("-1");
  (new Test("val003")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)-0)).toString()).equals("0");
  (new Test("val004")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)+1)).toString()).equals("1");
  (new Test("val005")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)+2)).toString()).equals("2");
  (new Test("val006")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)10)).toString()).equals("10");
  (new Test("val007")).ok=(com.ibm.math.BigDecimal.valueOf((long)((byte)11)).toString()).equals("11");
  (new Test("val008")).ok=(com.ibm.math.BigDecimal.valueOf(lmin).toString()).equals("-9223372036854775808");
  (new Test("val009")).ok=(com.ibm.math.BigDecimal.valueOf(lmax).toString()).equals("9223372036854775807");
  (new Test("val010")).ok=(com.ibm.math.BigDecimal.valueOf(lneg).toString()).equals("-1");
  (new Test("val011")).ok=(com.ibm.math.BigDecimal.valueOf(lzer).toString()).equals("0");
  (new Test("val012")).ok=(com.ibm.math.BigDecimal.valueOf(lpos).toString()).equals("1");
  (new Test("val013")).ok=(com.ibm.math.BigDecimal.valueOf(lmin,0).toString()).equals("-9223372036854775808");
  (new Test("val014")).ok=(com.ibm.math.BigDecimal.valueOf(lmax,0).toString()).equals("9223372036854775807");
  (new Test("val015")).ok=(com.ibm.math.BigDecimal.valueOf(lneg,0).toString()).equals("-1");
  (new Test("val016")).ok=(com.ibm.math.BigDecimal.valueOf(lpos,0).toString()).equals("1");
  
  (new Test("val017")).ok=(com.ibm.math.BigDecimal.valueOf(lzer,0).toString()).equals("0");
  (new Test("val018")).ok=(com.ibm.math.BigDecimal.valueOf(lzer,1).toString()).equals("0.0");
  (new Test("val019")).ok=(com.ibm.math.BigDecimal.valueOf(lzer,2).toString()).equals("0.00");
  (new Test("val020")).ok=(com.ibm.math.BigDecimal.valueOf(lzer,3).toString()).equals("0.000");
  (new Test("val021")).ok=(com.ibm.math.BigDecimal.valueOf(lzer,10).toString()).equals("0.0000000000");
  
  (new Test("val022")).ok=(com.ibm.math.BigDecimal.valueOf(lmin,7).toString()).equals("-922337203685.4775808");
  (new Test("val023")).ok=(com.ibm.math.BigDecimal.valueOf(lmax,11).toString()).equals("92233720.36854775807");
  
  
  try{checkscale:do{
   com.ibm.math.BigDecimal.valueOf((long)23,-8);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $127){e=$127;
   flag=(e.getMessage()).equals("Negative scale: -8");
  }/*checkscale*/
  (new Test("val100")).ok=flag;
  
  // valueOf(double) --
  
  dzer=(double)0;
  dpos=(double)1;
  dpos=dpos/((double)10);
  dneg=(double)-dpos;
  (new Test("val201")).ok=(com.ibm.math.BigDecimal.valueOf(dneg).toString()).equals("-0.1");
  (new Test("val202")).ok=(com.ibm.math.BigDecimal.valueOf(dzer).toString()).equals("0.0"); // cf. constructor
  (new Test("val203")).ok=(com.ibm.math.BigDecimal.valueOf(dpos).toString()).equals("0.1");
  dpos5=(double)0.5D;
  dneg5=(double)-dpos5;
  (new Test("val204")).ok=(com.ibm.math.BigDecimal.valueOf(dneg5).toString()).equals("-0.5");
  (new Test("val205")).ok=(com.ibm.math.BigDecimal.valueOf(dpos5).toString()).equals("0.5");
  dmin=java.lang.Double.MIN_VALUE;
  dmax=java.lang.Double.MAX_VALUE;
  (new Test("val206")).ok=(com.ibm.math.BigDecimal.valueOf(dmin).toString()).equals("4.9E-324");
  (new Test("val207")).ok=(com.ibm.math.BigDecimal.valueOf(dmax).toString()).equals("1.7976931348623157E+308");
  
  // nasties
  d=(double)9;
  d=d/((double)10);
  (new Test("val210")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("0.9");
  d=d/((double)10);
  (new Test("val211")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("0.09");
  d=d/((double)10);
  (new Test("val212")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("0.0090");
  d=d/((double)10);
  (new Test("val213")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("9.0E-4");
  d=d/((double)10);
  (new Test("val214")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("8.999999999999999E-5");
  d=d/((double)10);
  (new Test("val215")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("8.999999999999999E-6");
  d=d/((double)10);
  (new Test("val216")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("8.999999999999999E-7");
  d=d/((double)10);
  (new Test("val217")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("8.999999999999999E-8");
  d=d/((double)10);
  (new Test("val218")).ok=(com.ibm.math.BigDecimal.valueOf(d).toString()).equals("8.999999999999998E-9");
  
  try{checkpin:do{
   com.ibm.math.BigDecimal.valueOf(java.lang.Double.POSITIVE_INFINITY);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $128){
   flag=true;
  }/*checkpin*/
  (new Test("val301")).ok=flag;
  try{checknin:do{
   com.ibm.math.BigDecimal.valueOf(java.lang.Double.NEGATIVE_INFINITY);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $129){
   flag=true;
  }/*checknin*/
  (new Test("val302")).ok=flag;
  try{checknan:do{
   com.ibm.math.BigDecimal.valueOf(java.lang.Double.NaN);
   flag=false;
  }while(false);}
  catch (java.lang.NumberFormatException $130){
   flag=true;
  }/*checknan*/
  (new Test("val303")).ok=flag;
  
  summary("valueOf");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test the {@link MathContext} class. */
 
 public void diagmathcontext(){
  com.ibm.math.MathContext mccon1;
  com.ibm.math.MathContext mccon2;
  com.ibm.math.MathContext mccon3;
  com.ibm.math.MathContext mccon4;
  com.ibm.math.MathContext mcrmc;
  com.ibm.math.MathContext mcrmd;
  com.ibm.math.MathContext mcrmf;
  com.ibm.math.MathContext mcrmhd;
  com.ibm.math.MathContext mcrmhe;
  com.ibm.math.MathContext mcrmhu;
  com.ibm.math.MathContext mcrmun;
  com.ibm.math.MathContext mcrmu;
  boolean flag=false;
  java.lang.IllegalArgumentException e=null;
  // these tests are mostly existence checks
  (new Test("mcn001")).ok=(com.ibm.math.MathContext.DEFAULT.getDigits())==9;
  (new Test("mcn002")).ok=(com.ibm.math.MathContext.DEFAULT.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("mcn003")).ok=(com.ibm.math.MathContext.DEFAULT.getForm())!=com.ibm.math.MathContext.ENGINEERING;
  (new Test("mcn004")).ok=(com.ibm.math.MathContext.DEFAULT.getForm())!=com.ibm.math.MathContext.PLAIN;
  (new Test("mcn005")).ok=(com.ibm.math.MathContext.DEFAULT.getLostDigits()?1:0)==0;
  (new Test("mcn006")).ok=(com.ibm.math.MathContext.DEFAULT.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  (new Test("mcn010")).ok=com.ibm.math.MathContext.ROUND_CEILING>=0;
  (new Test("mcn011")).ok=com.ibm.math.MathContext.ROUND_DOWN>=0;
  (new Test("mcn012")).ok=com.ibm.math.MathContext.ROUND_FLOOR>=0;
  (new Test("mcn013")).ok=com.ibm.math.MathContext.ROUND_HALF_DOWN>=0;
  (new Test("mcn014")).ok=com.ibm.math.MathContext.ROUND_HALF_EVEN>=0;
  (new Test("mcn015")).ok=com.ibm.math.MathContext.ROUND_HALF_UP>=0;
  (new Test("mcn016")).ok=com.ibm.math.MathContext.ROUND_UNNECESSARY>=0;
  (new Test("mcn017")).ok=com.ibm.math.MathContext.ROUND_UP>=0;
  
  mccon1=new com.ibm.math.MathContext(111);
  (new Test("mcn021")).ok=(mccon1.getDigits())==111;
  (new Test("mcn022")).ok=(mccon1.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("mcn023")).ok=(mccon1.getLostDigits()?1:0)==0;
  (new Test("mcn024")).ok=(mccon1.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  mccon2=new com.ibm.math.MathContext(78,com.ibm.math.MathContext.ENGINEERING);
  (new Test("mcn031")).ok=(mccon2.getDigits())==78;
  (new Test("mcn032")).ok=(mccon2.getForm())==com.ibm.math.MathContext.ENGINEERING;
  (new Test("mcn033")).ok=(mccon2.getLostDigits()?1:0)==0;
  (new Test("mcn034")).ok=(mccon2.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  mccon3=new com.ibm.math.MathContext(5,com.ibm.math.MathContext.PLAIN,true);
  (new Test("mcn041")).ok=(mccon3.getDigits())==5;
  (new Test("mcn042")).ok=(mccon3.getForm())==com.ibm.math.MathContext.PLAIN;
  (new Test("mcn043")).ok=(mccon3.getLostDigits()?1:0)==1;
  (new Test("mcn044")).ok=(mccon3.getRoundingMode())==com.ibm.math.MathContext.ROUND_HALF_UP;
  
  mccon4=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.SCIENTIFIC,false,com.ibm.math.MathContext.ROUND_FLOOR);
  (new Test("mcn051")).ok=(mccon4.getDigits())==0;
  (new Test("mcn052")).ok=(mccon4.getForm())==com.ibm.math.MathContext.SCIENTIFIC;
  (new Test("mcn053")).ok=(mccon4.getLostDigits()?1:0)==0;
  (new Test("mcn054")).ok=(mccon4.getRoundingMode())==com.ibm.math.MathContext.ROUND_FLOOR;
  
  (new Test("mcn061")).ok=(mccon1.toString()).equals("digits=111 form=SCIENTIFIC lostDigits=0 roundingMode=ROUND_HALF_UP");
  
  (new Test("mcn062")).ok=(mccon2.toString()).equals("digits=78 form=ENGINEERING lostDigits=0 roundingMode=ROUND_HALF_UP");
  
  (new Test("mcn063")).ok=(mccon3.toString()).equals("digits=5 form=PLAIN lostDigits=1 roundingMode=ROUND_HALF_UP");
  
  (new Test("mcn064")).ok=(mccon4.toString()).equals("digits=0 form=SCIENTIFIC lostDigits=0 roundingMode=ROUND_FLOOR");
  
  
  // complete testing rounding modes round trips
  mcrmc=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_CEILING);
  mcrmd=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_DOWN);
  mcrmf=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_FLOOR);
  mcrmhd=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_HALF_DOWN);
  mcrmhe=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_HALF_EVEN);
  mcrmhu=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_HALF_UP);
  mcrmun=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_UNNECESSARY);
  mcrmu=new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,com.ibm.math.MathContext.ROUND_UP);
  
  (new Test("mcn071")).ok=(mcrmc.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_CEILING");
  
  (new Test("mcn072")).ok=(mcrmd.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_DOWN");
  
  (new Test("mcn073")).ok=(mcrmf.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_FLOOR");
  
  (new Test("mcn074")).ok=(mcrmhd.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_HALF_DOWN");
  
  (new Test("mcn075")).ok=(mcrmhe.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_HALF_EVEN");
  
  (new Test("mcn076")).ok=(mcrmhu.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_HALF_UP");
  
  (new Test("mcn077")).ok=(mcrmun.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_UNNECESSARY");
  
  (new Test("mcn078")).ok=(mcrmu.toString()).equals("digits=0 form=PLAIN lostDigits=0 roundingMode=ROUND_UP");
  
  
  // [get methods tested already]
  
  // errors...
  
  try{checkdig:do{
   new com.ibm.math.MathContext(-1);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $131){e=$131;
   flag=(e.getMessage()).equals("Digits too small: -1");
  }/*checkdig*/
  (new Test("mcn101")).ok=flag;
  try{checkdigbig:do{
   new com.ibm.math.MathContext(1000000000);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $132){e=$132;
   flag=(e.getMessage()).equals("Digits too large: 1000000000");
  }/*checkdigbig*/
  (new Test("mcn102")).ok=flag;
  
  try{checkform:do{
   new com.ibm.math.MathContext(0,5);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $133){e=$133;
   flag=(e.getMessage()).equals("Bad form value: 5");
  }/*checkform*/
  (new Test("mcn111")).ok=flag;
  try{checkformneg:do{
   new com.ibm.math.MathContext(0,-1);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $134){e=$134;
   flag=(e.getMessage()).equals("Bad form value: -1");
  }/*checkformneg*/
  (new Test("mcn112")).ok=flag;
  
  // [lostDigits cannot be invalid]
  
  try{checkround:do{
   new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,12);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $135){e=$135;
   flag=(e.getMessage()).equals("Bad roundingMode value: 12");
  }/*checkround*/
  (new Test("mcn121")).ok=flag;
  try{checkroundneg:do{
   new com.ibm.math.MathContext(0,com.ibm.math.MathContext.PLAIN,false,-1);
   flag=false;
  }while(false);}
  catch (java.lang.IllegalArgumentException $136){e=$136;
   flag=(e.getMessage()).equals("Bad roundingMode value: -1");
  }/*checkroundneg*/
  (new Test("mcn122")).ok=flag;
  
  summary("MathContext");
  return;}

 /* ----------------------------------------------------------------- */
 
 /** Test general arithmetic (base operators).
  * <p>Unlike the specific method tests, these tests were randomly
  * generated by an IBM Object Rexx procedure, then manually corrected
  * for known differences from ANSI X3-274.  These differences are:
  * <ol>
  * <li>the trigger point in exponential notation is fixed in ANSI
  *     X3-274 but varies with DIGITS in Classic and Object Rexx
  * <li>some trailing zeros were missing (e.g., 1.3 + 1E-60 should show
  *     seven trailing zeros)
  * <li>the power operator is less accurate in Object Rexx
  * <li>ANSI X3-274 [errata 1999] rounds input numbers to DIGITS (rather
  *     than truncating to DIGITS+1).
  * </ol>
  */
 
 public void diagmath(){
  com.ibm.math.MathContext def;
  def=com.ibm.math.MathContext.DEFAULT;
  mathtest(1,def,"-9375284.42","5516.99832E+27276984","5.51699832E+27276987","-5.51699832E+27276987","-5.17234284E+27276994","-1.69934516E-27276981","0","-9375284.42","6.79057752E+41");
  mathtest(2,def,"-410.832710","99.3588243E-502740862","-410.832710","-410.832710","-4.08198550E-502740858","-4.13483868E+502740862","","","1.36977786E+26");
  mathtest(3,def,"80025.2340","-8.03097581","80017.2030","80033.2650","-642680.718","-9964.57167","-9964","4.59102916","5.94544517E-40");
  mathtest(4,def,"81052020.2","-464525495","-383473475","545577515","-3.76507298E+16","-0.17448347","0","81052020.2","");
  mathtest(5,def,"715.069294E-26923151","85.4404128E+796388557","8.54404128E+796388558","-8.54404128E+796388558","6.10958157E+769465410","8.36921628E-823311708","0","7.15069294E-26923149","4.88802213E-242308334");
  mathtest(6,def,"-21971575.0E+31454441","-70944960.3E+111238221","-7.09449603E+111238228","7.09449603E+111238228","1.55877252E+142692677","3.09698884E-79783781","0","-2.19715750E+31454448","-4.04549502E-220181139");
  mathtest(7,def,"682.25316","54470185.6","54470867.9","-54469503.4","3.71624563E+10","0.0000125252586","0","682.25316","3.48578699E+154365541");
  mathtest(8,def,"-257586757.","2082888.71","-255503868","-259669646","-5.36524548E+14","-123.668036","-123","-1391445.67","-1.26879515E+17519020");
  mathtest(9,def,"319577540.E+242599761","60.7124561","3.19577540E+242599769","3.19577540E+242599769","1.94023374E+242599771","5.26378869E+242599767","","","");
  mathtest(10,def,"-13769977.0","24371.3381","-13745605.7","-13794348.3","-3.35592765E+11","-565.007015","-565","-170.9735","-8.73734001E+173982");
  mathtest(11,def,"-475.434972E-725464311","-3.22214066E-865476836","-4.75434972E-725464309","-4.75434972E-725464309","","1.47552519E+140012527","","","");
  mathtest(12,def,"842.01250","197199893","197200735","-197199051","1.66044775E+11","0.00000426984258","0","842.01250","7.00674164E+576872502");
  mathtest(13,def,"572.173103E+280128428","-7140.19428","5.72173103E+280128430","5.72173103E+280128430","-4.08542712E+280128434","-8.01341085E+280128426","","","");
  mathtest(14,def,"674235.954E+476135291","9684.82245","6.74235954E+476135296","6.74235954E+476135296","6.52985550E+476135300","6.96177919E+476135292","","","");
  mathtest(15,def,"-360557.921E+437116514","930428850","-3.60557921E+437116519","-3.60557921E+437116519","-3.35473492E+437116528","-3.87517993E+437116510","","","");
  mathtest(16,def,"957165918E-394595705","1676.59073E-829618944","9.57165918E-394595697","9.57165918E-394595697","","5.70900161E+435023244","","","9.16166595E-789191393");
  mathtest(17,def,"-2610864.40","31245912.7","28635048.3","-33856777.1","-8.15788411E+13","-0.0835585897","0","-2610864.40","-3.12008905E+200498284");
  mathtest(18,def,"959.548461","98.994577E+776775426","9.89945770E+776775427","-9.89945770E+776775427","9.49900940E+776775430","9.69293965E-776775426","0","959.548461","6.61712185E+29");
  mathtest(19,def,"-41085.0268","3115477.61","3074392.58","-3156562.64","-1.27999481E+11","-0.0131873927","0","-41085.0268","4.73844173E+14373829");
  mathtest(20,def,"-723420285.","2681660.35","-720738625","-726101945","-1.93996749E+15","-269.765813","-269","-2053650.85","4.14324113E+23757873");
  mathtest(21,def,"63542018.0E-817732230","-8836243.22","-8836243.22","8836243.22","-5.61472726E-817732216","-7.19106711E-817732230","0","6.35420180E-817732223","");
  mathtest(22,def,"-96051.7108","-291201.955","-387253.666","195150.244","2.79704460E+10","0.329845694","0","-96051.7108","3.53617153E-1450916");
  mathtest(23,def,"108490.853","91685996.5","91794487.4","-91577505.7","9.94709197E+12","0.00118328706","0","108490.853","6.98124265E+461675038");
  mathtest(24,def,"-27489.1735","-9835835.4E-506411649","-27489.1735","-27489.1735","2.70378986E-506411638","2.79479804E+506411646","","","4.05866472E-45");
  mathtest(25,def,"-89220406.6","993391.008E-611041175","-89220406.6","-89220406.6","-8.86307496E-611041162","-8.98139865E+611041176","","","3.19625913E+79");
  mathtest(26,def,"4.75502020","-17089144.9","-17089140.2","17089149.7","-81259229.2","-2.78247989E-7","0","4.75502020","1.0630191E-11571955");
  mathtest(27,def,"68027916.2","-796883.839","67231032.4","68824800.0","-5.42103470E+13","-85.3674185","-85","292789.885","8.29415374E-6241744");
  mathtest(28,def,"-8.01969439E+788605478","92154156.0","-8.01969439E+788605478","-8.01969439E+788605478","-7.39048168E+788605486","-8.70247717E+788605470","","","");
  mathtest(29,def,"-8012.98341","96188.8651","88175.8817","-104201.849","-770759780","-0.0833046881","0","-8012.98341","-1.16010156E+375502");
  mathtest(30,def,"21761476E+592330677","-9.70744506","2.17614760E+592330684","2.17614760E+592330684","-2.11248333E+592330685","-2.24173053E+592330683","","","");
  mathtest(31,def,"-9840778.51","-17907.219","-9858685.73","-9822871.29","1.76220976E+11","549.542534","549","-9715.279","-6.62997437E-125225");
  mathtest(32,def,"-4.1097614","-819.225776E-145214751","-4.10976140","-4.10976140","3.36682247E-145214748","5.01664074E+145214748","","","0.0000122876018");
  mathtest(33,def,"-448.880985","-394.087374E-442511435","-448.880985","-448.880985","1.76898329E-442511430","1.13903925E+442511435","","","2.46306099E-11");
  mathtest(34,def,"779.445304E+882688544","-797868519","7.79445304E+882688546","7.79445304E+882688546","-6.21894870E+882688555","-9.7690946E+882688537","","","");
  mathtest(35,def,"799995477","-6.23675208E+156309440","-6.23675208E+156309440","6.23675208E+156309440","-4.98937346E+156309449","-1.28271169E-156309432","0","799995477","3.81482667E-54");
  mathtest(36,def,"-51932.8170","591840275E-278480289","-51932.8170","-51932.8170","-3.07359327E-278480276","-8.7748028E+278480284","","","1.96178443E+28");
  mathtest(37,def,"70.3552392","-4228656.73","-4228586.38","4228727.09","-297508156","-0.0000166377277","0","70.3552392","9.14742382E-7811584");
  mathtest(38,def,"1588359.34","-12232799.2","-10644439.9","13821158.5","-1.94300809E+13","-0.129844307","0","1588359.34","1.56910086E-75854960");
  mathtest(39,def,"2842.16206","-3.23234345","2838.92972","2845.39440","-9186.84392","-879.288388","-879","0.93216745","4.35565514E-11");
  mathtest(40,def,"29960.2305","45.2735747E-95205475","29960.2305","29960.2305","1.35640673E-95205469","6.61759773E+95205477","","","2.413936E+22");
  mathtest(41,def,"2916565.77","1151935.43E-787118724","2916565.77","2916565.77","3.35969544E-787118712","2.53188303E+787118724","","","2916565.77");
  mathtest(42,def,"-52723012.9E-967143787","79.4088237","79.4088237","-79.4088237","-4.18667244E-967143778","-6.63944011E-967143782","0","-5.27230129E-967143780","");
  mathtest(43,def,"-167473465","793646.597","-166679819","-168267112","-1.32914746E+14","-211.017682","-211","-14033.033","-1.19053789E+6526910");
  mathtest(44,def,"-31769071.0","133.4360","-31768937.6","-31769204.4","-4.23913776E+9","-238084.707","-238084","-94.3760","-5.84252432E+997");
  mathtest(45,def,"45960.6383","-93352.7468","-47392.1085","139313.385","-4.29055183E+9","-0.492333004","0","45960.6383","1.88335323E-435248");
  mathtest(46,def,"606.175648","5.28528458E-981983620","606.175648","606.175648","3.20381081E-981983617","1.14691203E+981983622","","","8.18450516E+13");
  mathtest(47,def,"171578.617E+643006110","-407774.293","1.71578617E+643006115","1.71578617E+643006115","-6.99653492E+643006120","-4.20768597E+643006109","","","");
  mathtest(48,def,"-682286332.","-464.871699","-682286797","-682285867","3.17175606E+11","1467687.39","1467687","-182.709787","-1.6050843E-4108");
  mathtest(49,def,"492088.428","653.72170","492742.150","491434.706","321688884","752.74911","752","489.70960","3.94658596E+3722");
  mathtest(50,def,"74303782.5","1141.68058","74304924.2","74302640.8","8.48311855E+10","65082.812","65082","926.99244","4.94849869E+8988");
  mathtest(51,def,"74.7794084E+119375329","-34799355.6","7.47794084E+119375330","7.47794084E+119375330","-2.60227522E+119375338","-2.14887337E+119375323","","","");
  mathtest(52,def,"-9432.08369","33735.5058","24303.4221","-43167.5895","-318196114","-0.279589218","0","-9432.08369","2.309567E+134087");
  mathtest(53,def,"4249198.78E-112433155","418673051.","418673051","-418673051","1.77902502E-112433140","1.01492054E-112433157","0","4.24919878E-112433149","");
  mathtest(54,def,"-2960933.02","-207933.38","-3168866.40","-2752999.64","6.15676811E+11","14.2398158","14","-49865.70","-2.75680397E-1345624");
  mathtest(55,def,"29317.7519E+945600035","1.43555750","2.93177519E+945600039","2.93177519E+945600039","4.20873186E+945600039","2.04225549E+945600039","","","2.93177519E+945600039");
  mathtest(56,def,"-51.1693770","-638055.414","-638106.583","638004.245","32648898.0","0.0000801958198","0","-51.1693770","-3.48266075E-1090443");
  mathtest(57,def,"-756343055.","-68.9248344E+217100975","-6.89248344E+217100976","6.89248344E+217100976","5.21308198E+217100985","1.09734475E-217100968","0","-756343055","-7.06265897E-63");
  mathtest(58,def,"2538.80406E+694185197","-3386499.65","2.53880406E+694185200","2.53880406E+694185200","-8.59765906E+694185206","-7.49683839E+694185193","","","");
  mathtest(59,def,"-54344.0672","-8086.45235","-62430.5196","-46257.6149","439450710","6.72038427","6","-5825.35310","3.62916861E-38289");
  mathtest(60,def,"3.31600054","217481648","217481651","-217481645","721169262","1.5247266E-8","0","3.31600054","3.73134969E+113224119");
  mathtest(61,def,"681832.671","320341.161E+629467560","3.20341161E+629467565","-3.20341161E+629467565","2.18419069E+629467571","2.12845789E-629467560","0","681832.671","3.16981139E+17");
  mathtest(62,def,"832689481","348040024E-882122501","832689481","832689481","2.89809267E-882122484","2.3925107E+882122501","","","5.77363381E+26");
  mathtest(63,def,"14.5512326E+257500811","60.9979577E-647314724","1.45512326E+257500812","1.45512326E+257500812","8.87595471E-389813911","2.38552784E+904815534","","","");
  mathtest(64,def,"-901.278844","449461667.","449460766","-449462568","-4.05090292E+11","-0.00000200524074","0","-901.278844","");
  mathtest(65,def,"-5.32627675","-738860216E-238273224","-5.32627675","-5.32627675","3.93537399E-238273215","7.20877459E+238273215","","","-0.00000822306838");
  mathtest(66,def,"-505383463.","3.18756328","-505383460","-505383466","-1.61094177E+9","-158548527","-158548527","-0.23671144","-1.29081226E+26");
  mathtest(67,def,"769241.44E-720927320","-145382631.","-145382631","145382631","-1.11834344E-720927306","-5.29115091E-720927323","0","7.6924144E-720927315","");
  mathtest(68,def,"-6.45038910","56736.4411E+440937167","5.67364411E+440937171","-5.67364411E+440937171","-3.65972121E+440937172","-1.13690407E-440937171","0","-6.45038910","72030.3421");
  mathtest(69,def,"58.4721075","-712186829","-712186771","712186887","-4.16430648E+10","-8.21022028E-8","0","58.4721075","");
  mathtest(70,def,"8244.08357","245.302828E+652007959","2.45302828E+652007961","-2.45302828E+652007961","2.02229701E+652007965","3.36077804E-652007958","0","8244.08357","67964913.9");
  mathtest(71,def,"45.5361397","-76579063.9","-76579018.4","76579109.4","-3.48711495E+9","-5.94629098E-7","0","45.5361397","3.98335374E-126995367");
  mathtest(72,def,"594420.54E+685263039","-952420.179","5.94420540E+685263044","5.94420540E+685263044","-5.66138117E+685263050","-6.24115861E+685263038","","","");
  mathtest(73,def,"-841310701.","9398110.4","-831912591","-850708811","-7.90673085E+15","-89.5191337","-89","-4878875.4","1.30001466E+83877722");
  mathtest(74,def,"904392146E-140100276","168116093.","168116093","-168116093","1.52042874E-140100259","5.37956914E-140100276","0","9.04392146E-140100268","");
  mathtest(75,def,"-907324792E+685539670","-15.6902171","-9.07324792E+685539678","-9.07324792E+685539678","1.42361230E+685539680","5.78274211E+685539677","","","");
  mathtest(76,def,"987013606.","-26818.3572E+560907442","-2.68183572E+560907446","2.68183572E+560907446","-2.64700834E+560907455","-3.68036565E-560907438","0","987013606","1.0399934E-27");
  mathtest(77,def,"-741317564","630.241530E-212782946","-741317564","-741317564","-4.67209116E-212782935","-1.1762436E+212782952","","","1.65968527E+53");
  mathtest(78,def,"61867907.2","-139204670","-77336763","201072577","-8.61230161E+15","-0.444438446","0","61867907.2","");
  mathtest(79,def,"-273.622743E+531282717","-4543.68684","-2.73622743E+531282719","-2.73622743E+531282719","1.24325606E+531282723","6.02204229E+531282715","","","");
  mathtest(80,def,"-383588949.","-428640583.","-812229532","45051634","1.64421791E+17","0.89489648","0","-383588949","");
  mathtest(81,def,"-56182.2686","32.7741649","-56149.4944","-56215.0428","-1841326.94","-1714.22426","-1714","-7.3499614","-5.45476402E+156");
  mathtest(82,def,"-6366384.30","332014.980","-6034369.32","-6698399.28","-2.11373496E+12","-19.1749911","-19","-58099.680","-3.05392399E+2258994");
  mathtest(83,def,"-1.27897702","-8213776.03E-686519123","-1.27897702","-1.27897702","1.05052308E-686519116","1.55711212E+686519116","","","0.139668371");
  mathtest(84,def,"65.4059036","401162145E+884155506","4.01162145E+884155514","-4.01162145E+884155514","2.62383726E+884155516","1.63041066E-884155513","0","65.4059036","18300704.1");
  mathtest(85,def,"-20630916.8","158987411.E-480500612","-20630916.8","-20630916.8","-3.28005605E-480500597","-1.29764468E+480500611","","","4.25634728E+14");
  mathtest(86,def,"-4.72705853","-97626742.4","-97626747.1","97626737.7","461487325","4.84197097E-8","0","-4.72705853","2.92654449E-65858120");
  mathtest(87,def,"8.43528169","-4573.45752","-4565.02224","4581.89280","-38578.4025","-0.00184439927","0","8.43528169","8.84248688E-4236");
  mathtest(88,def,"1.91075189","-704247089.","-704247087","704247091","-1.34564146E+9","-2.71318394E-9","0","1.91075189","6.84547494E-198037309");
  mathtest(89,def,"31997198E-551746308","326.892584","326.892584","-326.892584","1.04596467E-551746298","9.78829119E-551746304","0","3.1997198E-551746301","");
  mathtest(90,def,"127589.213","84184304.","84311893.2","-84056714.8","1.07410091E+13","0.00151559385","0","127589.213","2.87917042E+429829394");
  mathtest(91,def,"714494248","-7025063.59","707469185","721519312","-5.01936753E+15","-101.706446","-101","4962825.41","1.65018516E-62199908");
  mathtest(92,def,"-52987680.2E+279533503","-42014114.8","-5.29876802E+279533510","-5.29876802E+279533510","2.22623048E+279533518","1.26118759E+279533503","","","");
  mathtest(93,def,"-8795.0513","-225294.394E-884414238","-8795.05130","-8795.05130","1.98147575E-884414229","3.90380388E+884414236","","","1.2927759E-8");
  mathtest(94,def,"83280.1394","161566354.","161649634","-161483074","1.34552685E+13","0.000515454718","0","83280.1394","5.30774809E+794993940");
  mathtest(95,def,"112.877897","-9.96481666","102.913080","122.842714","-1124.80755","-11.3276441","-11","3.26491374","2.97790545E-21");
  mathtest(96,def,"-572542.121E+847487397","433.843420","-5.72542121E+847487402","-5.72542121E+847487402","-2.48393632E+847487405","-1.3196976E+847487400","","","");
  mathtest(97,def,"4709649.89","20949266.4","25658916.3","-16239616.5","9.86637102E+13","0.224812163","0","4709649.89","4.85293644E+139794213");
  mathtest(98,def,"-9475.19322","-30885.2475E+584487341","-3.08852475E+584487345","3.08852475E+584487345","2.92643688E+584487349","3.06787026E-584487342","0","-9475.19322","-1.17553557E-12");
  mathtest(99,def,"-213230447.","864.815822E+127783046","8.64815822E+127783048","-8.64815822E+127783048","-1.84405064E+127783057","-2.46561686E-127783041","0","-213230447","-9.11261361E+74");
  mathtest(100,def,"-89.1168786E+403375873","6464.05744","-8.91168786E+403375874","-8.91168786E+403375874","-5.76056622E+403375878","-1.37865233E+403375871","","","");
  mathtest(101,def,"61774.4958","-14000.7706","47773.7252","75775.2664","-864890545","-4.41222112","-4","5771.4134","7.59030407E-67077");
  mathtest(102,def,"1.60731414","7.04330293E-427033419","1.60731414","1.60731414","1.13208004E-427033418","2.28204602E+427033418","","","27.7143921");
  mathtest(103,def,"7955012.51","-230117662.","-222162650","238072675","-1.83058888E+15","-0.0345693261","0","7955012.51","");
  mathtest(104,def,"4086661.08","1.77621994","4086662.86","4086659.30","7258808.90","2300762.98","2300762","1.73840572","1.67007988E+13");
  mathtest(105,def,"-610.076931","-207.658306","-817.735237","-402.418625","126687.542","2.93788841","2","-194.760319","4.36518377E-580");
  mathtest(106,def,"-98.6353697","-99253.3899E-716309653","-98.6353697","-98.6353697","9.78989481E-716309647","9.93773309E+716309649","","","1.14729007E-20");
  mathtest(107,def,"-959923730","409.125542E-900295528","-959923730","-959923730","-3.92729316E-900295517","-2.3462816E+900295534","","","8.49076677E+35");
  mathtest(108,def,"379965133","-8.15869657","379965125","379965141","-3.10002023E+9","-46571793.6","-46571793","5.19214999","2.30170697E-69");
  mathtest(109,def,"833.646797","1389499.46E-443407251","833.646797","833.646797","1.15835177E-443407242","5.99961944E+443407247","","","833.646797");
  mathtest(110,def,"2314933.4E-646489194","-7401538.17","-7401538.17","7401538.17","-1.71340679E-646489181","-3.12763826E-646489195","0","2.3149334E-646489188","");
  mathtest(111,def,"808525347","-5959.74667E+58232168","-5.95974667E+58232171","5.95974667E+58232171","-4.81860624E+58232180","-1.35664382E-58232163","0","808525347","3.5796302E-54");
  mathtest(112,def,"-17220490.6E+726428704","19.9855688","-1.72204906E+726428711","-1.72204906E+726428711","-3.44161300E+726428712","-8.61646259E+726428709","","","");
  mathtest(113,def,"59015.9705","-72070405.4E+322957279","-7.20704054E+322957286","7.20704054E+322957286","-4.25330492E+322957291","-8.18865527E-322957283","0","59015.9705","4.01063488E-34");
  mathtest(114,def,"16411470E+578192008","497470.005E-377473621","1.64114700E+578192015","1.64114700E+578192015","8.16421406E+200718399","3.29898684E+955665630","","","");
  mathtest(115,def,"-107.353544E+609689808","-659.50136E-456711743","-1.07353544E+609689810","-1.07353544E+609689810","7.07998083E+152978069","","","","");
  mathtest(116,def,"786.134163","-53.0292275E-664419768","786.134163","786.134163","-4.16880874E-664419764","-1.48245449E+664419769","","","3.33055532E-15");
  mathtest(117,def,"23.5414714","5000786.91","5000810.45","-5000763.37","117725882","0.0000047075534","0","23.5414714","4.4895618E+6860247");
  mathtest(118,def,"-69775.6113","561292120.","561222344","-561361896","-3.91645008E+13","-0.000124312473","0","-69775.6113","");
  mathtest(119,def,"919043.871","-71606613.7","-70687569.8","72525657.6","-6.58096194E+13","-0.0128346227","0","919043.871","3.05862429E-427014317");
  mathtest(120,def,"-27667.1915","-293455.107E-789181924","-27667.1915","-27667.1915","8.11907864E-789181915","9.42808315E+789181922","","","-4.72176938E-14");
  mathtest(121,def,"-908603625.","-982.409273E+449441134","-9.82409273E+449441136","9.82409273E+449441136","8.92620627E+449441145","9.2487281E-449441129","0","-908603625","2.60768632E-90");
  mathtest(122,def,"847.113351","5.71511268","852.828464","841.398238","4841.34825","148.223386","148","1.27667436","3.69529538E+17");
  mathtest(123,def,"-992140475","3.82918218","-992140471","-992140479","-3.79908663E+9","-259099836","-259099836","-0.14787752","9.68930595E+35");
  mathtest(124,def,"-12606437.5","268123145E+362798858","2.68123145E+362798866","-2.68123145E+362798866","-3.38007767E+362798873","-4.70173416E-362798860","0","-12606437.5","-2.00344362E+21");
  mathtest(125,def,"3799470.64","-264.703992","3799205.94","3799735.34","-1.00573505E+9","-14353.6583","-14353","174.242824","2.3625466E-1744");
  mathtest(126,def,"-8.11070247","-931284056.E-654288974","-8.11070247","-8.11070247","7.55336789E-654288965","8.70916067E+654288965","","","-6.58375662E-9");
  mathtest(127,def,"-242660177.","-6.09832715E-943742415","-242660177","-242660177","1.47982115E-943742406","3.97912692E+943742422","","","4.89788901E-51");
  mathtest(128,def,"76.1463803","-45.6758006E-636907996","76.1463803","76.1463803","-3.47804688E-636907993","-1.66710554E+636907996","","","3.90619287E-10");
  mathtest(129,def,"761185.862","-70878470.9E+221214712","-7.08784709E+221214719","7.08784709E+221214719","-5.39516900E+221214725","-1.07393099E-221214714","0","761185.862","6.75406144E-42");
  mathtest(130,def,"6203606.54","-195.92748E-833512061","6203606.54","6203606.54","-1.21545700E-833512052","-3.1662769E+833512065","","","2.59843292E-14");
  mathtest(131,def,"-163274837.","95.0448550E+887876533","9.50448550E+887876534","-9.50448550E+887876534","-1.55184332E+887876543","-1.71787139E-887876527","0","-163274837","1.34645731E+82");
  mathtest(132,def,"2.38638190","-807986179.","-807986177","807986181","-1.92816359E+9","-2.95349347E-9","0","2.38638190","1.19029305E-305208656");
  mathtest(133,def,"-109022296E-811981158","7.19685680","7.19685680","-7.19685680","-7.84617852E-811981150","-1.51485988E-811981151","0","-1.09022296E-811981150","");
  mathtest(134,def,"-559250.780E-273710421","-393780811.","-393780811","393780811","2.20222226E-273710407","1.42020831E-273710424","0","-5.59250780E-273710416","");
  mathtest(135,def,"-88021.9966E+555334642","7599686.64E+818884053","7.59968664E+818884059","-7.59968664E+818884059","","-1.15823192E-263549413","0","-8.80219966E+555334646","");
  mathtest(136,def,"194.317648E-197450009","-930.979064","-930.979064","930.979064","-1.80905662E-197450004","-2.08723972E-197450010","0","1.94317648E-197450007","");
  mathtest(137,def,"9495479.65","7405697.96","16901177.6","2089781.69","7.03206543E+13","1.28218565","1","2089781.69","1.0135446E+51673383");
  mathtest(138,def,"-1656.28925","-163050511E-682882380","-1656.28925","-1656.28925","2.70058809E-682882369","1.01581359E+682882375","","","3.64525265E-7");
  mathtest(139,def,"95581.3784E+64262149","-99.2879365","9.55813784E+64262153","9.55813784E+64262153","-9.49007783E+64262155","-9.62668596E+64262151","","","");
  mathtest(140,def,"643761.452","3.73446939","643765.186","643757.718","2404107.44","172383.647","172383","2.41514363","1.71751236E+23");
  mathtest(141,def,"7960.49866E-129827423","3220.22850","3220.22850","-3220.22850","2.56346247E-129827416","2.47202913E-129827423","0","7.96049866E-129827420","");
  mathtest(142,def,"-6356.64112E-707203818","1805054.98","1805054.98","-1805054.98","-1.14740867E-707203808","-3.52157756E-707203821","0","-6.35664112E-707203815","");
  mathtest(143,def,"2.3904042","8476.52006","8478.91046","-8474.12966","20262.3092","0.000282003013","0","2.3904042","2.00251752E+3208");
  mathtest(144,def,"-713298.658","-957.782729","-714256.441","-712340.875","683185135","744.739528","744","-708.307624","3.68122321E-5608");
  mathtest(145,def,"607779233.E-820497365","-20.1188742E-857318323","6.07779233E-820497357","6.07779233E-820497357","","-3.02094057E+36820965","","","");
  mathtest(146,def,"-205888251","-908.792922E+250680613","-9.08792922E+250680615","9.08792922E+250680615","1.87109785E+250680624","2.26551336E-250680608","0","-205888251","-1.5042358E-75");
  mathtest(147,def,"51542399.1","-23212.2414","51519186.9","51565611.3","-1.19641461E+12","-2220.4835","-2220","11223.1920","1.71641348E-179015");
  mathtest(148,def,"4.44287230","158923023","158923027","-158923019","706074697","2.79561275E-8","0","4.44287230","7.12573416E+102928693");
  mathtest(149,def,"-79123682.6","-3.8571770","-79123686.5","-79123678.8","305194049","20513365.8","20513365","-2.9293950","2.55137345E-32");
  mathtest(150,def,"-80.3324347E-569715030","883142.351","883142.351","-883142.351","-7.09449752E-569715023","-9.09620455E-569715035","0","-8.03324347E-569715029","");
  mathtest(151,def,"13637.483","-52798.5631","-39161.0801","66436.0461","-720039507","-0.258292692","0","13637.483","1.47163791E-218310");
  mathtest(152,def,"6.42934843E-276476458","84057440.0E-388039782","6.42934843E-276476458","6.42934843E-276476458","5.40434570E-664516232","7.64875593E+111563316","","","");
  mathtest(153,def,"-5.64133087","-17401297.","-17401302.6","17401291.4","98166473.9","3.24190253E-7","0","-5.64133087","-1.25908916E-13075014");
  mathtest(154,def,"95469.7057E+865733824","198.829749","9.54697057E+865733828","9.54697057E+865733828","1.89822176E+865733831","4.80158056E+865733826","","","");
  mathtest(155,def,"-416466.209","-930153427","-930569893","929736961","3.87377472E+14","0.000447739262","0","-416466.209","");
  mathtest(156,def,"-1541733.85","-1.99208708","-1541735.84","-1541731.86","3071268.08","773928.944","773928","-1.88034976","4.20708401E-13");
  mathtest(157,def,"-39152691.8","-645131748.","-684284440","605979056","2.52586445E+16","0.0606894513","0","-39152691.8","");
  mathtest(158,def,"113.939979","-58282550.4","-58282436.5","58282664.3","-6.64071257E+9","-0.0000019549587","0","113.939979","2.106557E-119868330");
  mathtest(159,def,"-324971.736","-9517.15154","-334488.888","-315454.585","3.09280526E+9","34.1459033","34","-1388.58364","-5.82795263E-52457");
  mathtest(160,def,"-76.9436744","-9548122.75E-273599728","-76.9436744","-76.9436744","7.34667648E-273599720","8.05851332E+273599722","","","1.37489895E-19");
  mathtest(161,def,"-430393.282","-70.2551505","-430463.537","-430323.027","30237344.8","6126.14561","6126","-10.2300370","4.26006409E-395");
  mathtest(162,def,"-3308051.90","-349433799.E+397813188","-3.49433799E+397813196","3.49433799E+397813196","1.15594514E+397813203","9.46689161E-397813191","0","-3308051.90","-2.76237768E-20");
  mathtest(163,def,"23.1543212E-655822712","5848.20853","5848.20853","-5848.20853","1.35411299E-655822707","3.95921607E-655822715","0","2.31543212E-655822711","");
  mathtest(164,def,"-174.261308E-82902077","-200096204.","-200096204","200096204","3.48690262E-82902067","8.70887626E-82902084","0","-1.74261308E-82902075","");
  mathtest(165,def,"-50669105.2","9105789.01E+609889700","9.10578901E+609889706","-9.10578901E+609889706","-4.61382181E+609889714","-5.56449366E-609889700","0","-50669105.2","-2.20135008E+69");
  mathtest(166,def,"424768856.","-971.71757","424767884","424769828","-4.12755361E+11","-437132.012","-437132","11.19076","2.72651473E-8387");
  mathtest(167,def,"7181.2767","999117.918","1006299.19","-991936.641","7.17494223E+9","0.00718761677","0","7181.2767","3.09655124E+3852800");
  mathtest(168,def,"8096417.07E-433694528","-68.4863363","-68.4863363","68.4863363","-5.54493942E-433694520","-1.18219451E-433694523","0","8.09641707E-433694522","");
  mathtest(169,def,"1236287.5","-7119.97299E-176200498","1236287.50","1236287.50","-8.80233361E-176200489","-1.73636544E+176200500","","","2.26549784E-43");
  mathtest(170,def,"-752995833E-654401067","-15.2736930E+803939983","-1.52736930E+803939984","1.52736930E+803939984","1.15010272E+149538926","","0","-7.52995833E-654401059","");
  mathtest(171,def,"702992.459","-312.689474","702679.770","703305.148","-219818342","-2248.21274","-2248","66.521448","8.02493322E-1831");
  mathtest(172,def,"-4414.38805","-17680.4630E-584364536","-4414.38805","-4414.38805","7.80484246E-584364529","2.49676044E+584364535","","","5.13167312E-8");
  mathtest(173,def,"9.46350807","7826.65424","7836.11775","-7817.19073","74067.6056","0.00120913839","0","9.46350807","3.63271495E+7639");
  mathtest(174,def,"2078153.7","-16934607.3E+233594439","-1.69346073E+233594446","1.69346073E+233594446","-3.51927168E+233594452","-1.2271638E-233594440","0","2078153.7","2.31549939E-13");
  mathtest(175,def,"-9359.74629","7.07761788E+252457696","7.07761788E+252457696","-7.07761788E+252457696","-6.62447077E+252457700","-1.32244301E-252457693","0","-9359.74629","-6.29286677E+27");
  mathtest(176,def,"66.2319284E+730468479","25.9391685E+221147044","6.62319284E+730468480","6.62319284E+730468480","1.71800115E+951615526","2.55335588E+509321435","","","");
  mathtest(177,def,"317997088.E-90968742","-977426.461","-977426.461","977426.461","-3.10818768E-90968728","-3.2534119E-90968740","0","3.17997088E-90968734","");
  mathtest(178,def,"227473386","-6759.61390","227466626","227480146","-1.53763226E+12","-33651.8312","-33651","5618.65110","1.40992627E-56493");
  mathtest(179,def,"-392019.462","-245456.503","-637475.965","-146562.959","9.62237263E+10","1.59710359","1","-146562.959","-3.08656533E-1372917");
  mathtest(180,def,"-3619556.28E+587673583","-3.45236972","-3.61955628E+587673589","-3.61955628E+587673589","1.24960465E+587673590","1.04842661E+587673589","","","");
  mathtest(181,def,"-249.400704E-923930848","831102.919","831102.919","-831102.919","-2.07277653E-923930840","-3.00084019E-923930852","0","-2.49400704E-923930846","");
  mathtest(182,def,"65234.2739E+154949914","-694581895","6.52342739E+154949918","6.52342739E+154949918","-4.53105456E+154949927","-9.39187652E+154949909","","","");
  mathtest(183,def,"45.2316213","-88775083.4","-88775038.2","88775128.6","-4.01544095E+9","-5.09508069E-7","0","45.2316213","1.92314254E-146962015");
  mathtest(184,def,"331100375.","442.343378","331100817","331099933","1.46460058E+11","748514.37","748514","163.759708","6.64011043E+3765");
  mathtest(185,def,"81.8162765","5.61239515E+467372163","5.61239515E+467372163","-5.61239515E+467372163","4.59185273E+467372165","1.45777826E-467372162","0","81.8162765","2.99942677E+11");
  mathtest(186,def,"-5738.13069E+789464078","33969715.0","-5.73813069E+789464081","-5.73813069E+789464081","-1.94922664E+789464089","-1.68919012E+789464074","","","");
  mathtest(187,def,"-7413.03911","2.70630320E-254858264","-7413.03911","-7413.03911","-2.00619315E-254858260","-2.73917539E+254858267","","","-4.07369842E+11");
  mathtest(188,def,"-417696.182","27400.6002","-390295.582","-445096.782","-1.14451261E+10","-15.2440523","-15","-6687.1790","-1.58020334E+154017");
  mathtest(189,def,"68.8538735E+655647287","3198.17933E-132454826","6.88538735E+655647288","6.88538735E+655647288","2.20207035E+523192466","2.15290846E+788102111","","","");
  mathtest(190,def,"-6817.04246","434420.439","427603.397","-441237.481","-2.96146258E+9","-0.0156922692","0","-6817.04246","5.94143518E+1665390");
  mathtest(191,def,"8578.27511","647042.341E-490924334","8578.27511","8578.27511","5.55050721E-490924325","1.3257672E+490924332","","","3.98473846E+23");
  mathtest(192,def,"4124.11615E+733109424","597385828E+375928745","4.12411615E+733109427","4.12411615E+733109427","","6.9036056E+357180673","","","");
  mathtest(193,def,"102.714400","-919017.468","-918914.754","919120.182","-94396327.8","-0.000111765449","0","102.714400","4.04295689E-1848724");
  mathtest(194,def,"-4614.33015E+996778733","-433.560812E+22860599","-4.61433015E+996778736","-4.61433015E+996778736","","1.06428672E+973918135","","","");
  mathtest(195,def,"457455170.","3709230.48E+677010879","3.70923048E+677010885","-3.70923048E+677010885","1.69680666E+677010894","1.23328861E-677010877","0","457455170","4.37919376E+34");
  mathtest(196,def,"-2522468.15","-48482043.5","-51004511.7","45959575.4","1.22294411E+14","0.0520289156","0","-2522468.15","1.42348178E-310373595");
  mathtest(197,def,"-659811384","62777.6118","-659748606","-659874162","-4.14213829E+13","-10510.2976","-10510","-18683.9820","3.4393524E+553665");
  mathtest(198,def,"4424.94176","-825848.20","-821423.258","830273.142","-3.65433019E+9","-0.00535805704","0","4424.94176","3.42152775E-3010966");
  mathtest(199,def,"43.6441884","-6509.89663E-614169377","43.6441884","43.6441884","-2.84119155E-614169372","-6.70428286E+614169374","","","3.31524056E-12");
  mathtest(200,def,"897.388381E-843864876","84195.1369","84195.1369","-84195.1369","7.55557376E-843864869","1.06584348E-843864878","0","8.97388381E-843864874","");
  mathtest(201,def,"796199825","496.76834","796200322","796199328","3.95526865E+11","1602758.79","1602758","393.91828","6.42647264E+4423");
  mathtest(202,def,"573583582","1598.69521","573585181","573581983","9.16985325E+11","358782.323","358782","517.16578","9.91156302E+14004");
  mathtest(203,def,"-783144270.","6347.71496","-783137922","-783150618","-4.97117660E+12","-123374.202","-123374","-1284.52496","1.28110803E+56458");
  mathtest(204,def,"26909234.7","52411.5081","26961646.2","26856823.2","1.41035357E+12","513.422255","513","22131.0447","9.75836528E+389415");
  mathtest(205,def,"8.21915282","24859.7841E-843282959","8.21915282","8.21915282","2.04326365E-843282954","3.30620443E+843282955","","","67.5544731");
  mathtest(206,def,"-688.387710","82783.5207E-831870858","-688.387710","-688.387710","-5.69871582E-831870851","-8.31551623E+831870855","","","5.04272012E+22");
  mathtest(207,def,"-9792232.","-1749.01166","-9793981.01","-9790482.99","1.71267279E+10","5598.72311","5598","-1264.72732","-8.86985674E-12228");
  mathtest(208,def,"-130.765600","8.67437427","-122.091226","-139.439974","-1134.30976","-15.0749317","-15","-0.64998595","-1.11799947E+19");
  mathtest(209,def,"917.259102","-368640.426","-367723.167","369557.685","-338138786","-0.00248822169","0","917.259102","8.67104255E-1092094");
  mathtest(210,def,"-4.9725631","-294563717.","-294563722","294563712","1.46473667E+9","1.6881112E-8","0","-4.9725631","-6.27962584E-205187284");
  mathtest(211,def,"-60962887.2E-514249661","-243021.407","-243021.407","243021.407","1.48152866E-514249648","2.5085398E-514249659","0","-6.09628872E-514249654","");
  mathtest(212,def,"-55389219.8","-3772200E+981866393","-3.77220000E+981866399","3.77220000E+981866399","2.08939215E+981866407","1.46835321E-981866392","0","-55389219.8","1.06242678E-31");
  mathtest(213,def,"681.666010","626886700","626887382","-626886018","4.27327356E+11","0.00000108738311","0","681.666010","");
  mathtest(214,def,"6.42652138","53465894.5","53465900.9","-53465888.1","343599714","1.2019852E-7","0","6.42652138","4.61155532E+43199157");
  mathtest(215,def,"561546656","651408.476","562198064","560895248","3.65796251E+14","862.049968","862","32549.688","8.6052377E+5699419");
  mathtest(216,def,"7845778.36E-79951139","9.45859047","9.45859047","-9.45859047","7.42100044E-79951132","8.29487056E-79951134","0","7.84577836E-79951133","1.12648216E-719560189");
  mathtest(217,def,"54486.2112","10.7565078","54496.9677","54475.4547","586081.356","5065.41828","5065","4.4991930","1.25647168E+52");
  mathtest(218,def,"16576482.5","-2217720.83","14358761.7","18794203.3","-3.67620105E+13","-7.47455779","-7","1052436.69","1.38259374E-16010820");
  mathtest(219,def,"61.2793787E-392070111","6.22575651","6.22575651","-6.22575651","3.81510491E-392070109","9.84288072E-392070111","0","6.12793787E-392070110","");
  mathtest(220,def,"5115136.39","-653674372.","-648559236","658789508","-3.34363357E+15","-0.00782520565","0","5115136.39","");
  mathtest(221,def,"-7.84238366E-416477339","-37432758.9E+97369393","-3.74327589E+97369400","3.74327589E+97369400","2.93562057E-319107938","2.09505895E-513846739","0","-7.84238366E-416477339","");
  mathtest(222,def,"-387781.3E+284108380","-218085.592","-3.87781300E+284108385","-3.87781300E+284108385","8.45695144E+284108390","1.77811517E+284108380","","","");
  mathtest(223,def,"-5353.17736","3.39332346E+546685359","3.39332346E+546685359","-3.39332346E+546685359","-1.81650623E+546685363","-1.57756177E-546685356","0","-5353.17736","-1.53403369E+11");
  mathtest(224,def,"-20837.2900E-168652772","-8236.78305E-712819173","-2.08372900E-168652768","-2.08372900E-168652768","1.71632237E-881471937","2.52978497E+544166401","","","");
  mathtest(225,def,"-98573.8722E+829022366","309011.007","-9.85738722E+829022370","-9.85738722E+829022370","-3.04604115E+829022376","-3.18997932E+829022365","","","");
  mathtest(226,def,"49730750.7","-5315.10636E-299586991","49730750.7","49730750.7","-2.64324229E-299586980","-9.35649211E+299586994","","","3.28756936E-39");
  mathtest(227,def,"1539523.40","-962388.581","577134.82","2501911.98","-1.48161974E+12","-1.59969001","-1","577134.819","3.10144834E-5954673");
  mathtest(228,def,"81596.2121","-37600.9653","43995.2468","119197.177","-3.06809634E+9","-2.17005631","-2","6394.2815","1.97878299E-184684");
  mathtest(229,def,"590146199","-1425404.61","588720794","591571604","-8.41197113E+14","-414.020128","-414","28690.46","2.04650994E-12502170");
  mathtest(230,def,"196.05543","505.936305","701.991735","-309.880875","99191.5598","0.387510104","0","196.05543","8.78437397E+1159");
  mathtest(231,def,"77.8058449","-642.275274","-564.469429","720.081119","-49972.7704","-0.121140963","0","77.8058449","9.33582626E-1215");
  mathtest(232,def,"1468.60684","10068.138","11536.7448","-8599.5312","14786136.3","0.145866777","0","1468.60684","2.54122484E+31884");
  mathtest(233,def,"4.98774767E-387968632","4.41731439E-578812376","4.98774767E-387968632","4.98774767E-387968632","2.20324496E-966781007","1.12913577E+190843744","","","");
  mathtest(234,def,"981.091059","-92238.9930","-91257.9020","93220.0841","-90494851.3","-0.0106364025","0","981.091059","5.29943342E-275953");
  mathtest(235,def,"-3606.24992","8290224.70","8286618.45","-8293830.95","-2.98966222E+10","-0.000435000262","0","-3606.24992","-1.23747107E+29488793");
  mathtest(236,def,"-8978571.35","92243.4796","-8886327.87","-9070814.83","-8.28214663E+11","-97.3355666","-97","-30953.8288","-4.95762813E+641384");
  mathtest(237,def,"-61968.1992E+810060478","474294671.E+179263414","-6.19681992E+810060482","-6.19681992E+810060482","-2.93911867E+989323905","-1.30653374E+630797060","","","");
  mathtest(238,def,"61298431.6E-754429041","-2584862.79","-2584862.79","2584862.79","-1.58448035E-754429027","-2.37143851E-754429040","0","6.12984316E-754429034","");
  mathtest(239,def,"621039.064","-5351539.62","-4730500.56","5972578.68","-3.32351516E+12","-0.116048672","0","621039.064","2.41163312E-31002108");
  mathtest(240,def,"-19.6007605","-57905696.","-57905715.6","57905676.4","1.13499568E+9","3.38494515E-7","0","-19.6007605","1.05663646E-74829963");
  mathtest(241,def,"3626.13109E+687030346","189.896004","3.62613109E+687030349","3.62613109E+687030349","6.88587804E+687030351","1.90953523E+687030347","","","");
  mathtest(242,def,"-249334.026","-7.54735834E-14137188","-249334.026","-249334.026","1.88181324E-14137182","3.30359332E+14137192","","","6.69495408E-44");
  mathtest(243,def,"417613928.","-925213.216","416688715","418539141","-3.86381925E+14","-451.370474","-451","342767.584","8.38430085E-7976054");
  mathtest(244,def,"23.8320309","-50074996.1","-50074972.3","50075019.9","-1.19338885E+9","-4.75926765E-7","0","23.8320309","5.81466387E-68961335");
  mathtest(245,def,"49789677.7","-131827812E+156412534","-1.31827812E+156412542","1.31827812E+156412542","-6.56366427E+156412549","-3.77687204E-156412535","0","49789677.7","2.00844843E-8");
  mathtest(246,def,"-8907163.61E-741867246","773651.288E-472033282","7.73651288E-472033277","-7.73651288E-472033277","","-1.15131504E-269833963","0","-8.90716361E-741867240","");
  mathtest(247,def,"514021711.E+463536646","617441659.","5.14021711E+463536654","5.14021711E+463536654","3.17378418E+463536663","8.32502478E+463536645","","","");
  mathtest(248,def,"998175750","2.39285478","998175752","998175748","2.38848961E+9","417148487","417148486","1.30513692","9.96354828E+17");
  mathtest(249,def,"873575426.","647853.152E+497450781","6.47853152E+497450786","-6.47853152E+497450786","5.65948593E+497450795","1.3484158E-497450778","0","873575426","4.44429064E+53");
  mathtest(250,def,"4352626.8","-130338048.E-744560911","4352626.80","4352626.80","-5.67312881E-744560897","-3.33949055E+744560909","","","2.29746322E-7");
  mathtest(251,def,"437.286960","7.37560835","444.662568","429.911352","3225.25735","59.2882565","59","2.12606735","3.05749452E+18");
  mathtest(252,def,"8498280.45E+220511522","588617612","8.49828045E+220511528","8.49828045E+220511528","5.00223754E+220511537","1.44376931E+220511520","","","");
  mathtest(253,def,"-5320387.77","-7673237.46","-12993625.2","2352849.69","4.08245987E+13","0.693369363","0","-5320387.77","-1.30113745E-51609757");
  mathtest(254,def,"587655375","-4.9748366","587655370","587655380","-2.92348947E+9","-118125563","-118125563","0.7919942","1.42687667E-44");
  mathtest(255,def,"1266098.44","-2661.64904E-642601142","1266098.44","1266098.44","-3.36990970E-642601133","-4.75681963E+642601144","","","4.92717036E-19");
  mathtest(256,def,"3.92737463E+482873483","-685.522747","3.92737463E+482873483","3.92737463E+482873483","-2.69230464E+482873486","-5.72902161E+482873480","","","");
  mathtest(257,def,"22826494.1","986189474.","1.00901597E+9","-963362980","2.25112482E+16","0.0231461547","0","22826494.1","");
  mathtest(258,def,"-647342.380","-498816386","-499463728","498169044","3.22904986E+14","0.00129775685","0","-647342.380","");
  mathtest(259,def,"393092373.","-25.7226822","393092347","393092399","-1.01113902E+10","-15281935.6","-15281935","15.5939430","3.49252839E-224");
  mathtest(260,def,"2.96253492","20.7444888","23.7070237","-17.7819539","61.4562725","0.142810698","0","2.96253492","8.03402246E+9");
  mathtest(261,def,"53553.3750E+386955423","-732470876","5.35533750E+386955427","5.35533750E+386955427","-3.92262875E+386955436","-7.31133165E+386955418","","","");
  mathtest(262,def,"-696451.406E-286535917","-73086090.8","-73086090.8","73086090.8","5.09009107E-286535904","9.52919219E-286535920","0","-6.96451406E-286535912","");
  mathtest(263,def,"1551.29957","-580358622.E+117017265","-5.80358622E+117017273","5.80358622E+117017273","-9.00310081E+117017276","-2.67300168E-117017271","0","1551.29957","7.17506711E-20");
  mathtest(264,def,"-205123006.E-213752799","-78638468.6","-78638468.6","78638468.6","1.61305591E-213752783","2.60843083E-213752799","0","-2.05123006E-213752791","");
  mathtest(265,def,"77632.8073","-3378542.88E+677441319","-3.37854288E+677441325","3.37854288E+677441325","-2.62285768E+677441330","-2.29781921E-677441321","0","77632.8073","2.13729331E-15");
  mathtest(266,def,"3068999.37","2.21006212","3069001.58","3068997.16","6782679.25","1388648.46","1388648","1.02718624","9.41875713E+12");
  mathtest(267,def,"625524274.","55.2468624","625524329","625524219","3.45582535E+10","11322349.3","11322349","16.7522224","6.21482943E+483");
  mathtest(268,def,"61269134.9","-845761303.","-784492168","907030438","-5.18190634E+16","-0.0724425848","0","61269134.9","");
  mathtest(269,def,"-2840.12099","-2856.76731E-82743650","-2840.12099","-2840.12099","8.11356480E-82743644","9.94173022E+82743649","","","-4.36505254E-11");
  mathtest(270,def,"8.9538781","-7.56603391","1.38784419","16.5199120","-67.7453453","-1.18343087","-1","1.38784419","2.42053061E-8");
  mathtest(271,def,"-56233547.2","509752530","453518983","-565986077","-2.86651930E+16","-0.110315386","0","-56233547.2","");
  mathtest(272,def,"-3167.47853E-854859497","-110852115","-110852115","110852115","3.51121694E-854859486","2.85739116E-854859502","0","-3.16747853E-854859494","");
  mathtest(273,def,"-5652.52092","-632243244.","-632248897","632237592","3.57376816E+12","0.00000894042123","0","-5652.52092","");
  mathtest(274,def,"-946.009928","820090.66E-589278015","-946.009928","-946.009928","-7.75813906E-589278007","-1.15354311E+589278012","","","6.41454053E+23");
  mathtest(275,def,"-367.757758","-959.626016","-1327.38377","591.868258","352909.912","0.383230292","0","-367.757758","1.14982199E-2463");
  mathtest(276,def,"809926721.E-744611554","-67.6560549","-67.6560549","67.6560549","-5.47964467E-744611544","-1.19712378E-744611547","0","8.09926721E-744611546","");
  mathtest(277,def,"-1725.08555","75586.3031","73861.2176","-77311.3887","-130392839","-0.0228227269","0","-1725.08555","3.70540587E+244657");
  mathtest(278,def,"2659.84191E+29314492","-74372.4551E+518196680","-7.43724551E+518196684","7.43724551E+518196684","-1.97818973E+547511180","-3.5763804E-488882190","0","2.65984191E+29314495","1.06171811E-205201468");
  mathtest(279,def,"-91.1431113","12147507.0","12147415.9","-12147598.1","-1.10716158E+9","-0.00000750303015","0","-91.1431113","-1.52417006E+23805759");
  mathtest(280,def,"-1136778.91E+697783878","-801552569.","-1.13677891E+697783884","-1.13677891E+697783884","9.11188056E+697783892","1.41822128E+697783875","","","");
  mathtest(281,def,"73123773.0E+433334149","63.3548930","7.31237730E+433334156","7.31237730E+433334156","4.63274881E+433334158","1.15419298E+433334155","","","");
  mathtest(282,def,"-9765484.8","7979.90802E-234029715","-9765484.80","-9765484.80","-7.79276705E-234029705","-1.22375907E+234029718","","","8.27085614E+55");
  mathtest(283,def,"-695010288","-8.26582820","-695010296","-695010280","5.74483564E+9","84082353.4","84082353","-3.45024540","1.83683495E-71");
  mathtest(284,def,"23975643.3E-155955264","-505547.692E+137258948","-5.05547692E+137258953","5.05547692E+137258953","-1.21208311E-18696303","-4.7425087E-293214211","0","2.39756433E-155955257","1.26225952E+779776283");
  mathtest(285,def,"2862.95921","-32601248.6E-605861333","2862.95921","2862.95921","-9.33360449E-605861323","-8.78174712E+605861328","","","4.26142175E-11");
  mathtest(286,def,"-13.133518E+246090516","-8.71269925E-945092108","-1.31335180E+246090517","-1.31335180E+246090517","1.14428392E-699001590","","","","");
  mathtest(287,def,"-34671.2232","817710.762","783039.539","-852381.985","-2.83510323E+10","-0.0424003508","0","-34671.2232","-5.30788828E+3712382");
  mathtest(288,def,"-22464769","62.4366060","-22464706.6","-22464831.4","-1.40262393E+9","-359801.252","-359801","-15.7245940","6.21042536E+455");
  mathtest(289,def,"-9458.60887E-563051963","5676056.01","5676056.01","-5676056.01","-5.36875937E-563051953","-1.66640513E-563051966","0","-9.45860887E-563051960","");
  mathtest(290,def,"-591.924123E-95331874","-134.596188","-134.596188","134.596188","7.96707305E-95331870","4.39777777E-95331874","0","-5.91924123E-95331872","");
  mathtest(291,def,"-182566085.E+68870646","-960345993.","-1.82566085E+68870654","-1.82566085E+68870654","1.75326608E+68870663","1.9010449E+68870645","","","");
  mathtest(292,def,"8232.54893","-99822004E+891979845","-9.98220040E+891979852","9.98220040E+891979852","-8.21789532E+891979856","-8.24722867E-891979850","0","8232.54893","6.99289156E-40");
  mathtest(293,def,"-4336.94317","-819373.601E+563233430","-8.19373601E+563233435","8.19373601E+563233435","3.55357674E+563233439","5.29299841E-563233433","0","-4336.94317","7.98969405E-30");
  mathtest(294,def,"-2.09044362E-876527908","-6515463.33","-6515463.33","6515463.33","1.36202087E-876527901","3.20843433E-876527915","0","-2.09044362E-876527908","");
  mathtest(295,def,"-194343.344","1.95929977","-194341.385","-194345.303","-380776.869","-99190.2041","-99190","-0.39981370","3.77693354E+10");
  mathtest(296,def,"-326002.927","4215.99030","-321786.937","-330218.917","-1.37442518E+9","-77.3253503","-77","-1371.67390","5.51875821E+23243");
  mathtest(297,def,"-12037.8590E+876429044","314.81827","-1.20378590E+876429048","-1.20378590E+876429048","-3.78973794E+876429050","-3.82374854E+876429045","","","");
  mathtest(298,def,"21036045.4E-162804809","-91.7149219","-91.7149219","91.7149219","-1.92931926E-162804800","-2.2936339E-162804804","0","2.10360454E-162804802","");
  mathtest(299,def,"-947019.534","9916.29280","-937103.241","-956935.827","-9.39092299E+9","-95.5013686","-95","-4971.71800","3.76029022E+59261");
  mathtest(300,def,"-5985.84136","-12.4090184E-12364204","-5985.84136","-5985.84136","7.42784156E-12364200","4.82378313E+12364206","","","-0.000167060893");
  mathtest(301,def,"-85344379.4","-6783.08669E+218840215","-6.78308669E+218840218","6.78308669E+218840218","5.78898324E+218840226","1.25819385E-218840211","0","-85344379.4","-3.03232347E-56");
  mathtest(302,def,"-94.1947070E-938257103","15003.240","15003.2400","-15003.2400","-1.41322580E-938257097","-6.27829102E-938257106","0","-9.41947070E-938257102","");
  mathtest(303,def,"-4846233.6","-8289769.76","-13136003.4","3443536.16","4.01741607E+13","0.584604125","0","-4846233.6","4.25077524E-55420465");
  mathtest(304,def,"67.9147198","-108373645.E+291715415","-1.08373645E+291715423","1.08373645E+291715423","-7.36016573E+291715424","-6.26671916E-291715422","0","67.9147198","0.0147243485");
  mathtest(305,def,"1958.77994","5.57285137E+690137826","5.57285137E+690137826","-5.57285137E+690137826","1.09159895E+690137830","3.51486126E-690137824","0","1958.77994","5.64824968E+19");
  mathtest(306,def,"22780314.3","8805279.83","31585594.1","13975034.5","2.00587042E+14","2.58711986","2","5169754.64","2.39132169E+64785373");
  mathtest(307,def,"596745.184","197602423.","198199168","-197005678","1.17918294E+14","0.00301992848","0","596745.184","");
  mathtest(308,def,"171.340497","-480349.924","-480178.584","480521.264","-82303394.7","-0.000356699332","0","171.340497","2.17914102E-1073035");
  mathtest(309,def,"824.65555","-379287.530","-378462.875","380112.186","-312781567","-0.00217422268","0","824.65555","6.35829256E-1106108");
  mathtest(310,def,"19.3164031","-9207644.24E+988115069","-9.20764424E+988115075","9.20764424E+988115075","-1.77858568E+988115077","-2.09786592E-988115075","0","19.3164031","2.67093711E-12");
  mathtest(311,def,"-3123.77646E+177814265","973284435.E+383256112","9.73284435E+383256120","-9.73284435E+383256120","-3.04032301E+561070389","-3.20952062E-205441853","0","-3.12377646E+177814268","");
  mathtest(312,def,"-850.123915E+662955309","6774849.81E-846576865","-8.50123915E+662955311","-8.50123915E+662955311","-5.75946184E-183621547","","","","");
  mathtest(313,def,"-23349.7724","2921.35355","-20428.4189","-26271.1260","-68212940.5","-7.99279238","-7","-2900.29755","-5.6705546E+12759");
  mathtest(314,def,"18886653.3","568707476.","587594129","-549820823","1.07409809E+16","0.0332097855","0","18886653.3","");
  mathtest(315,def,"-90552818.0","-542.03563E-986606878","-90552818.0","-90552818.0","4.90828538E-986606868","1.67060638E+986606883","","","-1.64244241E-40");
  mathtest(316,def,"41501126.1E+791838765","-69.6651675E+204268348","4.15011261E+791838772","4.15011261E+791838772","-2.89118290E+996107122","-5.95722763E+587570422","","","");
  mathtest(317,def,"76783193.3E-271488154","3765.01829E-520346003","7.67831933E-271488147","7.67831933E-271488147","2.89090127E-791834146","2.03938434E+248857853","","","");
  mathtest(318,def,"4192.9928","987822007E-146560989","4192.99280","4192.99280","4.14193056E-146560977","4.24468454E+146560983","","","1.67973653E+36");
  mathtest(319,def,"-891845.629","48277955.","47386109.4","-49169800.6","-4.30564831E+13","-0.0184731443","0","-891845.629","-6.32964147E+287267817");
  mathtest(320,def,"334.901176","-7609296.55E+447340228","-7.60929655E+447340234","7.60929655E+447340234","-2.54836236E+447340237","-4.40121073E-447340233","0","334.901176","6.31926575E-21");
  mathtest(321,def,"4.49868636","-341880896E-447251873","4.49868636","4.49868636","-1.53801492E-447251864","-1.31586363E+447251865","","","0.010983553");
  mathtest(322,def,"807615.58","-314286480","-313478865","315094096","-2.53822658E+14","-0.00256967968","0","807615.58","");
  mathtest(323,def,"-37.7457954","53277.8129E-859225538","-37.7457954","-37.7457954","-2.01101343E-859225532","-7.08471188E+859225534","","","-76620134.1");
  mathtest(324,def,"-28671081.","98.8819623","-28670982.1","-28671179.9","-2.83505275E+9","-289952.589","-289952","-58.2671904","-1.93625566E+738");
  mathtest(325,def,"-89752.2106E-469496896","99.9879961","99.9879961","-99.9879961","-8.97414368E-469496890","-8.97629857E-469496894","0","-8.97522106E-469496892","");
  mathtest(326,def,"-497983567E-13538052","39.4578742","39.4578742","-39.4578742","-1.96493729E-13538042","-1.26206385E-13538045","0","-4.97983567E-13538044","-1.55376543E-527983689");
  mathtest(327,def,"845739221E-654202565","-33313.1551","-33313.1551","33313.1551","-2.81742418E-654202552","-2.53875449E-654202561","0","8.45739221E-654202557","");
  mathtest(328,def,"742.332067E+537827843","-4532.70023E-855387414","7.42332067E+537827845","7.42332067E+537827845","-3.36476873E-317559565","","","","");
  mathtest(329,def,"-893.48654","670389960","670389067","-670390853","-5.98984406E+11","-0.00000133278628","0","-893.48654","");
  mathtest(330,def,"1.37697162","-915.737474E-351578724","1.37697162","1.37697162","-1.26094451E-351578721","-1.50367508E+351578721","","","0.0561920784");
  mathtest(331,def,"-65.2839808E+550288403","-121389.306","-6.52839808E+550288404","-6.52839808E+550288404","7.92477712E+550288409","5.37806689E+550288399","","","");
  mathtest(332,def,"-30346603.E+346067390","792661.544","-3.03466030E+346067397","-3.03466030E+346067397","-2.40545852E+346067403","-3.82844396E+346067391","","","");
  mathtest(333,def,"-61170.7065","-453731131.","-453792302","453669960","2.77550538E+13","0.000134817081","0","-61170.7065","");
  mathtest(334,def,"6569.51133","13.8706351E+399434914","1.38706351E+399434915","-1.38706351E+399434915","9.11232944E+399434918","4.73627291E-399434912","0","6569.51133","6569.51133");
  mathtest(335,def,"300703925.","-3156736.8","297547188","303860662","-9.49243146E+14","-95.2578387","-95","813929.0","4.18609114E-26763256");
  mathtest(336,def,"192138216E+353011592","-473.080633","1.92138216E+353011600","1.92138216E+353011600","-9.08968688E+353011602","-4.06142637E+353011597","","","");
  mathtest(337,def,"8607.64794","-34740.3367","-26132.6888","43347.9846","-299032588","-0.247770999","0","8607.64794","1.29604519E-136698");
  mathtest(338,def,"-67913.8241","-93815.4229","-161729.247","25901.5988","6.37136413E+9","0.723908948","0","-67913.8241","-6.96355203E-453311");
  mathtest(339,def,"34.5559455","-998799398.","-998799364","998799433","-3.45144576E+10","-3.45974833E-8","0","34.5559455","");
  mathtest(340,def,"387995.328","990199543.E-124623607","387995.328","387995.328","3.84192796E-124623593","3.91835495E+124623603","","","7.73152138E+55");
  mathtest(341,def,"-471.09166E-83521919","-441222368","-441222368","441222368","2.07856178E-83521908","1.06769669E-83521925","0","-4.7109166E-83521917","");
  mathtest(342,def,"-97834.3858","70779789.8E+502166065","7.07797898E+502166072","-7.07797898E+502166072","-6.92469726E+502166077","-1.38223617E-502166068","0","-97834.3858","-8.57907886E+34");
  mathtest(343,def,"7732331.06","-952719.482E+115325505","-9.52719482E+115325510","9.52719482E+115325510","-7.36674244E+115325517","-8.11606271E-115325505","0","7732331.06","1.30886724E-69");
  mathtest(344,def,"23.2745547","2.23194245E-221062592","23.2745547","23.2745547","5.19474666E-221062591","1.04279368E+221062593","","","541.704896");
  mathtest(345,def,"671.083363E-218324205","-787150031","-787150031","787150031","-5.28243290E-218324194","-8.52548227E-218324212","0","6.71083363E-218324203","");
  mathtest(346,def,"365167.80","-80263.6516","284904.148","445431.452","-2.93097011E+10","-4.54960362","-4","44113.1936","1.27052227E-446468");
  mathtest(347,def,"-1.43297604E-65129780","56.598733E-135581942","-1.43297604E-65129780","-1.43297604E-65129780","-8.11046283E-200711721","-2.53181646E+70452160","","","8.65831881E-390778680");
  mathtest(348,def,"416998859.","260.220323E-349285593","416998859","416998859","1.08511578E-349285582","1.60248383E+349285599","","","7.25111178E+25");
  mathtest(349,def,"7267.17611E+862630607","4021.56861","7.26717611E+862630610","7.26717611E+862630610","2.92254473E+862630614","1.80705014E+862630607","","","");
  mathtest(350,def,"12.2142434E+593908740","5.27236571E-396050748","1.22142434E+593908741","1.22142434E+593908741","6.43979581E+197857993","2.3166533E+989959488","","","");
  mathtest(351,def,"-28.591932","-1.79153238E-817064576","-28.5919320","-28.5919320","5.12233720E-817064575","1.59594838E+817064577","","","0.00122324372");
  mathtest(352,def,"590.849666","753424.306E+277232744","7.53424306E+277232749","-7.53424306E+277232749","4.45160500E+277232752","7.84219014E-277232748","0","590.849666","1.48530607E+22");
  mathtest(353,def,"1.7270628","-1325026.67","-1325024.94","1325028.40","-2288404.27","-0.00000130341739","0","1.7270628","2.09260036E-314440");
  mathtest(354,def,"33402118.","-5534.83745","33396583.2","33407652.8","-1.84875294E+11","-6034.8869","-6034","4908.82670","8.14473913E-41645");
  mathtest(355,def,"-439842.506","-775110.807","-1214953.31","335268.301","3.40926680E+11","0.567457584","0","-439842.506","-1.84678472E-4374182");
  mathtest(356,def,"-248664.779","-440890.44E+666433944","-4.40890440E+666433949","4.40890440E+666433949","1.09633924E+666433955","5.64005831E-666433945","0","-248664.779","2.61542877E-22");
  mathtest(357,def,"-14161.9142","8306.49493","-5855.4193","-22468.4091","-117635869","-1.70492059","-1","-5855.41927","1.65573372E+34479");
  mathtest(358,def,"-6417227.13","16679.8842","-6400547.25","-6433907.01","-1.07038605E+11","-384.728518","-384","-12151.5972","3.58767978E+113546");
  mathtest(359,def,"514825024.","-25.0446345E-103809457","514825024","514825024","-1.28936046E-103809447","-2.05563002E+103809464","","","7.32860062E-27");
  mathtest(360,def,"525948196","219450390","745398586","306497806","1.15419537E+17","2.39666102","2","87047416","");
  mathtest(361,def,"-638509.181","45580189.0E+269212559","4.55801890E+269212566","-4.55801890E+269212566","-2.91033691E+269212572","-1.40084803E-269212561","0","-638509.181","-1.06129405E+29");
  mathtest(362,def,"330590422","74.359928E+535377965","7.43599280E+535377966","-7.43599280E+535377966","2.45826800E+535377975","4.44581418E-535377959","0","330590422","4.31550742E+59");
  mathtest(363,def,"-3.48593871E-940579904","-20265.9640E-322988987","-2.02659640E-322988983","2.02659640E-322988983","","1.72009519E-617590921","0","-3.48593871E-940579904","");
  mathtest(364,def,"-328103480.","-721.949371E-923938665","-328103480","-328103480","2.36874101E-923938654","4.54468822E+923938670","","","-2.4430038E-60");
  mathtest(365,def,"-1857.01448","19081578.1","19079721.1","-19083435.1","-3.54347668E+10","-0.0000973197537","0","-1857.01448","8.44397087E+62374153");
  mathtest(366,def,"347.28720E+145930771","-62821.9906E-676564106","3.47287200E+145930773","3.47287200E+145930773","-2.18172732E-530633328","-5.52811518E+822494874","","","5.69990135E-875584642");
  mathtest(367,def,"-643.211399E+441807003","-50733419.2","-6.43211399E+441807005","-6.43211399E+441807005","3.26323135E+441807013","1.26782584E+441806998","","","");
  mathtest(368,def,"-53991661.4E-843339554","20718.7346","20718.7346","-20718.7346","-1.11863890E-843339542","-2.60593431E-843339551","0","-5.39916614E-843339547","");
  mathtest(369,def,"-900181424","-105763982.","-1.00594541E+9","-794417442","9.52067719E+16","8.51122856","8","-54069568","1.32627061E-947045602");
  mathtest(370,def,"94218.7462E+563233951","19262.6382E+765263890","1.92626382E+765263894","-1.92626382E+765263894","","4.89126906E-202029939","0","9.42187462E+563233955","");
  mathtest(371,def,"28549.271E+921331828","-2150590.40","2.85492710E+921331832","2.85492710E+921331832","-6.13977881E+921331838","-1.32750853E+921331826","","","");
  mathtest(372,def,"810.7080E+779625763","5957.94044","8.10708000E+779625765","8.10708000E+779625765","4.83014998E+779625769","1.36071854E+779625762","","","");
  mathtest(373,def,"-23.7357549E+77116908","351.100649E+864348022","3.51100649E+864348024","-3.51100649E+864348024","-8.33363895E+941464933","-6.7603848E-787231116","0","-2.37357549E+77116909","3.17403853E+308467637");
  mathtest(374,def,"40216102.2E+292724544","661.025962","4.02161022E+292724551","4.02161022E+292724551","2.65838876E+292724554","6.08389148E+292724548","","","");
  mathtest(375,def,"22785024.3E+783719168","399.505989E+137478666","2.27850243E+783719175","2.27850243E+783719175","9.10275367E+921197843","5.70329981E+646240506","","","");
  mathtest(376,def,"515.591819E+821371364","-692137914.E-149498690","5.15591819E+821371366","5.15591819E+821371366","-3.56860646E+671872685","-7.44926421E+970870047","","","");
  mathtest(377,def,"-536883072E+477911251","624996.301","-5.36883072E+477911259","-5.36883072E+477911259","-3.35549934E+477911265","-8.59017999E+477911253","","","");
  mathtest(378,def,"-399492.914E-334369192","5202119.87E+442442258","5.20211987E+442442264","-5.20211987E+442442264","-2.07821003E+108073078","-7.67942539E-776811452","0","-3.99492914E-334369187","");
  mathtest(379,def,"762.071184","9851631.37","9852393.44","-9850869.30","7.50764438E+9","0.0000773548213","0","762.071184","4.02198436E+28392356");
  mathtest(380,def,"5626.12471","72989818.3","72995444.4","-72984192.2","4.10649820E+11","0.0000770809524","0","5626.12471","1.79814757E+273727098");
  mathtest(381,def,"-47207260.1","-2073.3152","-47209333.4","-47205186.8","9.78755299E+10","22768.9741","22768","-2019.6264","-6.02238319E-15909");
  mathtest(382,def,"207.740860","-51.0390090","156.701851","258.779869","-10602.8876","-4.07023694","-4","3.5848240","6.40297515E-119");
  mathtest(383,def,"-572.812464E-745934021","-182805872.E+604508681","-1.82805872E+604508689","1.82805872E+604508689","1.04713482E-141425329","","0","-5.72812464E-745934019","");
  mathtest(384,def,"-6418504E+3531407","8459416.1","-6.41850400E+3531413","-6.41850400E+3531413","-5.42967961E+3531420","-7.58740784E+3531406","","","");
  mathtest(385,def,"280689.531","-128212543","-127931854","128493233","-3.59879186E+13","-0.00218925173","0","280689.531","1.42173809E-698530938");
  mathtest(386,def,"15.803551E-783422793","239108038E-489186308","2.39108038E-489186300","-2.39108038E-489186300","","6.60937672E-294236493","0","1.5803551E-783422792","");
  mathtest(387,def,"26.515922","-9418242.96E-105481628","26.5159220","26.5159220","-2.49733396E-105481620","-2.81537885E+105481622","","","1.54326108E-13");
  mathtest(388,def,"-88.1094557","-54029934.1","-54030022.2","54029846.0","4.76054809E+9","0.0000016307526","0","-88.1094557","5.05289826E-105089439");
  mathtest(389,def,"6770.68602E-498420397","-6.11248908E-729616908","6.77068602E-498420394","6.77068602E-498420394","","-1.10768067E+231196514","","","");
  mathtest(390,def,"-892973818.E-781904441","555201299.","555201299","-555201299","-4.95780224E-781904424","-1.60837847E-781904441","0","-8.92973818E-781904433","");
  mathtest(391,def,"670175802E+135430680","27355195.4","6.70175802E+135430688","6.70175802E+135430688","1.83327900E+135430696","2.44990318E+135430681","","","");
  mathtest(392,def,"-440950.26","205.477469E-677345561","-440950.260","-440950.260","-9.06053434E-677345554","-2.14597864E+677345564","","","1.94437132E+11");
  mathtest(393,def,"-8.2335779","573665010E+742722075","5.73665010E+742722083","-5.73665010E+742722083","-4.72331555E+742722084","-1.43525886E-742722083","0","-8.2335779","311552.753");
  mathtest(394,def,"452943.863","7022.23629","459966.099","445921.627","3.18067883E+9","64.5013703","64","3520.74044","5.54158976E+39716");
  mathtest(395,def,"62874.1079","-52719654.1","-52656780.0","52782528.2","-3.31470122E+12","-0.0011926123","0","62874.1079","1.18819936E-252973775");
  mathtest(396,def,"-7428.41741E+609772037","-46024819.3","-7.42841741E+609772040","-7.42841741E+609772040","3.41891569E+609772048","1.61400251E+609772033","","","");
  mathtest(397,def,"2.27959297","41937.019","41939.2986","-41934.7394","95599.3337","0.0000543575348","0","2.27959297","2.89712423E+15007");
  mathtest(398,def,"508692408E-671967782","8491989.20","8491989.20","-8491989.20","4.31981043E-671967767","5.99026207E-671967781","0","5.08692408E-671967774","");
  mathtest(399,def,"940.533705E-379310421","-4.01176961E+464620037","-4.01176961E+464620037","4.01176961E+464620037","-3.77320453E+85309619","-2.34443599E-843930456","0","9.40533705E-379310419","");
  mathtest(400,def,"97.0649652","-92.4485649E-151989098","97.0649652","97.0649652","-8.97351673E-151989095","-1.0499348E+151989098","","","1.30748728E-18");
  mathtest(401,def,"297544.536E+360279473","8.80275007","2.97544536E+360279478","2.97544536E+360279478","2.61921019E+360279479","3.38013159E+360279477","","","");
  mathtest(402,def,"-28861028.","82818.820E+138368758","8.28188200E+138368762","-8.28188200E+138368762","-2.39023628E+138368770","-3.48483932E-138368756","0","-28861028","4.81387013E+59");
  mathtest(403,def,"36.2496238E+68828039","49243.00","3.62496238E+68828040","3.62496238E+68828040","1.78504022E+68828045","7.36137599E+68828035","","","");
  mathtest(404,def,"22.447828E-476014683","-56067.5520","-56067.5520","56067.5520","-1.25859476E-476014677","-4.00371109E-476014687","0","2.2447828E-476014682","");
  mathtest(405,def,"282688.791E+75011952","5.99789051","2.82688791E+75011957","2.82688791E+75011957","1.69553642E+75011958","4.7131369E+75011956","","","5.10330507E+450071744");
  mathtest(406,def,"-981.860310E-737387002","-994046289","-994046289","994046289","9.76014597E-737386991","9.87741035E-737387009","0","-9.81860310E-737387000","");
  mathtest(407,def,"-702.91210","-6444903.55","-6445606.46","6444200.64","4.53020069E+9","0.000109064797","0","-702.91210","1.70866703E-18348004");
  mathtest(408,def,"972456720E-17536823","16371.2590","16371.2590","-16371.2590","1.59203408E-17536810","5.94002404E-17536819","0","9.72456720E-17536815","");
  mathtest(409,def,"71471.2045","-74303278.4","-74231807.2","74374749.6","-5.31054481E+12","-0.00096188494","0","71471.2045","2.14535374E-360677853");
  mathtest(410,def,"643.103951E+439708441","788251925.","6.43103951E+439708443","6.43103951E+439708443","5.06927927E+439708452","8.15860933E+439708434","","","");
  mathtest(411,def,"4.30838663","-7.43110827","-3.12272164","11.7394949","-32.0160875","-0.579777131","0","4.30838663","0.0000362908645");
  mathtest(412,def,"823.678025","-513.581840E-324453141","823.678025","823.678025","-4.23026076E-324453136","-1.60379118E+324453141","","","2.63762228E-15");
  mathtest(413,def,"4461.81162","3.22081680","4465.03244","4458.59080","14370.6778","1385.30438","1385","0.98035200","8.8824688E+10");
  mathtest(414,def,"-4458527.10","-99072605","-103531132","94614077.9","4.41717894E+14","0.0450026231","0","-4458527.10","-6.23928099E-658752715");
  mathtest(415,def,"-577964618","487424368.","-90540250","-1.06538899E+9","-2.81714039E+17","-1.18575241","-1","-90540250","");
  mathtest(416,def,"-867.036184","-57.1768608","-924.213045","-809.859323","49574.4072","15.1641096","15","-9.3832720","-3.40312837E-168");
  mathtest(417,def,"771871921E-330504770","5.34285236","5.34285236","-5.34285236","4.12399771E-330504761","1.44468136E-330504762","0","7.71871921E-330504762","");
  mathtest(418,def,"-338683.062E-728777518","166441931","166441931","-166441931","-5.63710628E-728777505","-2.03484218E-728777521","0","-3.38683062E-728777513","");
  mathtest(419,def,"-512568743","-416376887.E-965945295","-512568743","-512568743","2.13421778E-965945278","1.23102112E+965945295","","","1.44874358E-35");
  mathtest(420,def,"7447181.99","5318438.52","12765620.5","2128743.47","3.96073796E+13","1.40025723","1","2128743.47","1.21634782E+36548270");
  mathtest(421,def,"54789.8207","93165435.2","93220225.0","-93110645.4","5.10451749E+12","0.000588091716","0","54789.8207","3.80769825E+441483035");
  mathtest(422,def,"41488.5960","146.797094","41635.3931","41341.7989","6090405.33","282.625459","282","91.815492","6.84738153E+678");
  mathtest(423,def,"785741.663E+56754529","-461.531732","7.85741663E+56754534","7.85741663E+56754534","-3.62644711E+56754537","-1.70246509E+56754532","","","");
  mathtest(424,def,"-4.95436786","-3132.4233","-3137.37767","3127.46893","15519.1773","0.0015816406","0","-4.95436786","1.98062422E-2177");
  mathtest(425,def,"77321.8478E+404626874","82.4797688","7.73218478E+404626878","7.73218478E+404626878","6.37748813E+404626880","9.3746441E+404626876","","","");
  mathtest(426,def,"-7.99307725","-29153.7273","-29161.7204","29145.7342","233027.994","0.000274169994","0","-7.99307725","1.88688028E-26318");
  mathtest(427,def,"-61.6337401E+474999517","5254.87092","-6.16337401E+474999518","-6.16337401E+474999518","-3.23877349E+474999522","-1.1728878E+474999515","","","");
  mathtest(428,def,"-16.4043088","35.0064812","18.6021724","-51.4107900","-574.257128","-0.468607762","0","-16.4043088","-3.33831843E+42");
  mathtest(429,def,"-8.41156520","-56508958.9","-56508967.3","56508950.5","475328792","1.48853657E-7","0","-8.41156520","-8.86365458E-52263827");
  mathtest(430,def,"-360165.79E+503559835","-196688.515","-3.60165790E+503559840","-3.60165790E+503559840","7.08404744E+503559845","1.83114805E+503559835","","","");
  mathtest(431,def,"-653236480.E+565648495","-930.445274","-6.53236480E+565648503","-6.53236480E+565648503","6.07800796E+565648506","7.02068674E+565648500","","","");
  mathtest(432,def,"-3.73342903","855.029289","851.295860","-858.762718","-3192.19117","-0.00436643408","0","-3.73342903","-1.41988961E+489");
  mathtest(433,def,"-5.14890532E+562048011","10847127.8E-390918910","-5.14890532E+562048011","-5.14890532E+562048011","-5.58508340E+171129108","-4.74679142E+952966914","","","-5.14890532E+562048011");
  mathtest(434,def,"653311907","-810.036965E+744537823","-8.10036965E+744537825","8.10036965E+744537825","-5.29206794E+744537834","-8.06521104E-744537818","0","653311907","3.01325171E-71");
  mathtest(435,def,"-1.31557907","98.9139300E-579281802","-1.31557907","-1.31557907","-1.30129096E-579281800","-1.33002406E+579281800","","","15.529932");
  mathtest(436,def,"-875192389","-72071565.6","-947263955","-803120823","6.30764857E+16","12.1433797","12","-10333601.8","1.25564408E-644471405");
  mathtest(437,def,"-72838078.8","-391.398423","-72838470.2","-72837687.4","2.85087092E+10","186097.017","186097","-6.474969","-6.574057E-3075");
  mathtest(438,def,"29186560.9","-79.7419988","29186481.2","29186640.6","-2.32739470E+9","-366012.407","-366012","32.4352144","6.10050869E-598");
  mathtest(439,def,"-329801660E-730249465","-6489.9256","-6489.92560","6489.92560","2.14038824E-730249453","5.08174793E-730249461","0","-3.29801660E-730249457","");
  mathtest(440,def,"91.8429117E+103164883","7131455.16","9.18429117E+103164884","9.18429117E+103164884","6.54973607E+103164891","1.28785654E+103164878","","","");
  mathtest(441,def,"3943866.38E+150855113","-31927007.3","3.94386638E+150855119","3.94386638E+150855119","-1.25915851E+150855127","-1.23527594E+150855112","","","");
  mathtest(442,def,"-7002.0468E-795962156","-5937891.05","-5937891.05","5937891.05","4.15773910E-795962146","1.17921443E-795962159","0","-7.0020468E-795962153","");
  mathtest(443,def,"696504605.","54506.4617","696559111","696450099","3.79640016E+13","12778.386","12778","21037.3974","2.6008532E+481992");
  mathtest(444,def,"-5115.76467","690.960979E+815126701","6.90960979E+815126703","-6.90960979E+815126703","-3.53479376E+815126707","-7.4038402E-815126701","0","-5115.76467","-9.17009655E+25");
  mathtest(445,def,"-261.279392","-613.079357","-874.358749","351.799965","160185.002","0.426175484","0","-261.279392","-2.06318841E-1482");
  mathtest(446,def,"-591407763","-80145822.8","-671553586","-511261940","4.73988618E+16","7.37914644","7","-30387003.4","-2.79334522E-703030105");
  mathtest(447,def,"615630407","-69.4661869","615630338","615630476","-4.27654969E+10","-8862303.15","-8862303","10.4375693","3.44283102E-607");
  mathtest(448,def,"1078757.50","27402569.0E-713742082","1078757.50","1078757.50","2.95607268E-713742069","3.93670207E+713742080","","","1.25536924E+18");
  mathtest(449,def,"-4865.60358E-401116515","66952.5315","66952.5315","-66952.5315","-3.25764477E-401116507","-7.26724363E-401116517","0","-4.86560358E-401116512","");
  mathtest(450,def,"-87805.3921E-934896690","-1875.14745","-1875.14745","1875.14745","1.64648057E-934896682","4.68258601E-934896689","0","-8.78053921E-934896686","");
  mathtest(451,def,"-232540609.E+602702520","68.0834223","-2.32540609E+602702528","-2.32540609E+602702528","-1.58321605E+602702530","-3.41552468E+602702526","","","");
  mathtest(452,def,"-320610803.","-863871235.","-1.18448204E+9","543260432","2.76966450E+17","0.37113263","0","-320610803","");
  mathtest(453,def,"-303956364E+278139979","229537.920E+479603725","2.29537920E+479603730","-2.29537920E+479603730","-6.97695116E+757743717","-1.3242098E-201463743","0","-3.03956364E+278139987","9.23894712E+556279974");
  mathtest(454,def,"-439.747348","74.9494457E-353117582","-439.747348","-439.747348","-3.29588200E-353117578","-5.86725284E+353117582","","","-3.17996693E+18");
  mathtest(455,def,"-89702231.9","1.28993993","-89702230.6","-89702233.2","-115710491","-69539852.1","-69539852","-0.07890964","-89702231.9");
  mathtest(456,def,"-5856939.14","-6743375.34","-12600314.5","886436.20","3.94955390E+13","0.868547107","0","-5856939.14","-3.29213248E-45636942");
  mathtest(457,def,"733317.669E+100381349","-13832.6792E+174055607","-1.38326792E+174055611","1.38326792E+174055611","-1.01437481E+274436966","-5.30134227E-73674257","0","7.33317669E+100381354","1.36366549E-100381355");
  mathtest(458,def,"87.4798787E-80124704","108497.32","108497.320","-108497.320","9.49133239E-80124698","8.06286079E-80124708","0","8.74798787E-80124703","");
  mathtest(459,def,"-694562052","310681.319E+549445264","3.10681319E+549445269","-3.10681319E+549445269","-2.15787454E+549445278","-2.23560932E-549445261","0","-694562052","-3.35068155E+26");
  mathtest(460,def,"-9744135.85","1797016.04","-7947119.81","-11541151.9","-1.75103684E+13","-5.42239782","-5","-759055.65","3.83848006E+12558883");
  mathtest(461,def,"3625.87308","-50.2208536E+658627487","-5.02208536E+658627488","5.02208536E+658627488","-1.82094441E+658627492","-7.21985554E-658627486","0","3625.87308","1.5956477E-18");
  mathtest(462,def,"365347.52","-3655414.47","-3290066.95","4020761.99","-1.33549661E+12","-0.099946948","0","365347.52","1.02663257E-20333994");
  mathtest(463,def,"-19706333.6E-816923050","-383858032.","-383858032","383858032","7.56443443E-816923035","5.1337557E-816923052","0","-1.97063336E-816923043","");
  mathtest(464,def,"-86346.2616","-98.8063785","-86445.0680","-86247.4552","8531561.41","873.893598","873","-88.2931695","-2.05064086E-489");
  mathtest(465,def,"-445588.160E-496592215","328.822976","328.822976","-328.822976","-1.46519625E-496592207","-1.35510044E-496592212","0","-4.45588160E-496592210","");
  mathtest(466,def,"-9709213.71","-34.6690137","-9709248.38","-9709179.04","336608863","280054.512","280054","-17.7472602","-2.80903974E-245");
  mathtest(467,def,"742395536.","-43533.6889","742352002","742439070","-3.23192163E+13","-17053.3569","-17053","15539.1883","5.7622734E-386175");
  mathtest(468,def,"-878849193.","-5842982.47E-972537342","-878849193","-878849193","5.13510043E-972537327","1.50411061E+972537344","","","2.17027042E-54");
  mathtest(469,def,"-78014142.1","-624658.522","-78638800.6","-77389483.6","4.87321987E+13","124.890863","124","-556485.372","-7.86063865E-4929918");
  mathtest(470,def,"857039.371","454.379672","857493.751","856584.991","389421268","1886.17454","1886","79.309608","3.82253101E+2693");
  mathtest(471,def,"166534010.","-173.012236","166533837","166534183","-2.88124214E+10","-962556.255","-962556","44.164784","4.78620664E-1423");
  mathtest(472,def,"-810.879063","43776.610","42965.7309","-44587.4891","-35497536.5","-0.0185231123","0","-810.879063","-2.34758691E+127345");
  mathtest(473,def,"-327.127935","93458944","93458616.9","-93459271.1","-3.05730314E+10","-0.00000350023145","0","-327.127935","2.29323021E+235022854");
  mathtest(474,def,"539295218.","-9587941.10E-309643098","539295218","539295218","-5.17073079E-309643083","-5.62472394E+309643099","","","4.80545269E-88");
  mathtest(475,def,"-3862702.65","879616.733","-2983085.92","-4742319.38","-3.39769789E+12","-4.3913474","-4","-344235.718","-3.50650167E+5793941");
  mathtest(476,def,"-8.25290500","992.091584E+256070257","9.92091584E+256070259","-9.92091584E+256070259","-8.18763759E+256070260","-8.31869268E-256070260","0","-8.25290500","1.46577888E+9");
  mathtest(477,def,"546875205.","447.52857E+557357101","4.47528570E+557357103","-4.47528570E+557357103","2.44742278E+557357112","1.22198948E-557357095","0","546875205","8.94443542E+34");
  mathtest(478,def,"177623437","-7779116.14","169844321","185402553","-1.38175335E+15","-22.83337","-22","6482881.92","2.90085309E-64173820");
  mathtest(479,def,"377204735.","13768.1401","377218503","377190967","5.19340764E+12","27396.9274","27396","12768.8204","2.06065297E+118082");
  mathtest(480,def,"-2435.49239","-11732.0640E-23331504","-2435.49239","-2435.49239","2.85733526E-23331497","2.07592832E+23331503","","","-0.00041059459");
  mathtest(481,def,"-6128465.14E-137123294","-5742264.27","-5742264.27","5742264.27","3.51912664E-137123281","1.06725585E-137123294","0","-6.12846514E-137123288","");
  mathtest(482,def,"-2898065.44","-5.11638105","-2898070.56","-2898060.32","14827607.1","566428.773","566428","-3.95461060","-4.89169151E-33");
  mathtest(483,def,"1851395.31E+594383160","-550301.475","1.85139531E+594383166","1.85139531E+594383166","-1.01882557E+594383172","-3.36432918E+594383160","","","");
  mathtest(484,def,"536412589.E+379583977","899.601161","5.36412589E+379583985","5.36412589E+379583985","4.82557388E+379583988","5.96278231E+379583982","","","");
  mathtest(485,def,"185.85297","867419480.","867419666","-867419294","1.61212487E+11","2.14259622E-7","0","185.85297","");
  mathtest(486,def,"-5.26631053","-3815941.35E+183291763","-3.81594135E+183291769","3.81594135E+183291769","2.00959321E+183291770","1.38008162E-183291769","0","-5.26631053","0.00130009218");
  mathtest(487,def,"-8.11587021E-245942806","4553.06753E+943412048","4.55306753E+943412051","-4.55306753E+943412051","-3.69521051E+697469246","","0","-8.11587021E-245942806","");
  mathtest(488,def,"-405765.352","854963231","854557466","-855368996","-3.46914456E+14","-0.000474599769","0","-405765.352","");
  mathtest(489,def,"-159.609757","-43356.7567","-43516.3665","43197.1470","6920161.40","0.00368131219","0","-159.609757","-8.95397849E-95519");
  mathtest(490,def,"-564240.241E-501316672","-557.781977","-557.781977","557.781977","3.14723037E-501316664","1.01157847E-501316669","0","-5.64240241E-501316667","");
  mathtest(491,def,"318847.270","582107878.E+399633412","5.82107878E+399633420","-5.82107878E+399633420","1.85603508E+399633426","5.47746014E-399633416","0","318847.270","1.0507423E+33");
  mathtest(492,def,"-4426.59663","95.1096765","-4331.48695","-4521.70631","-421012.173","-46.5420217","-46","-51.5515110","-2.38037379E+346");
  mathtest(493,def,"6037.28310","578264.105","584301.388","-572226.822","3.49114411E+9","0.010440356","0","6037.28310","3.57279483E+2186324");
  mathtest(494,def,"-66.9556692","-53.8519404","-120.807610","-13.1037288","3605.69271","1.24332881","1","-13.1037288","2.55554086E-99");
  mathtest(495,def,"-92486.0222","-59935.8544","-152421.877","-32550.1678","5.54322876E+9","1.5430834","1","-32550.1678","1.83152656E-297647");
  mathtest(496,def,"852136219.E+917787351","9246221.91","8.52136219E+917787359","8.52136219E+917787359","7.87904058E+917787366","9.21604767E+917787352","","","");
  mathtest(497,def,"-2120096.16E-269253718","9437.00514","9437.00514","-9437.00514","-2.00073584E-269253708","-2.24657731E-269253716","0","-2.12009616E-269253712","");
  mathtest(498,def,"-524653.169E-865784226","228054.698","228054.698","-228054.698","-1.19649620E-865784215","-2.30055848E-865784226","0","-5.24653169E-865784221","");
  mathtest(499,def,"-288193133","-312268737.","-600461870","24075604","8.99937057E+16","0.922901011","0","-288193133","");
  mathtest(500,def,"-373484759E-113589964","844101958E-852538240","-3.73484759E-113589956","-3.73484759E-113589956","-3.15259216E-966128187","-4.42464036E+738948275","","","3.78602147E-908719644");
  
  summary("Arithmetic");
  return;}

 /* mathtest -- general arithmetic test routine
    Arg1  is test number
    Arg2  is MathContext
    Arg3  is left hand side (LHS)
    Arg4  is right hand side (RHS)
    Arg5  is the expected result for add
    Arg6  is the expected result for subtract
    Arg7  is the expected result for multiply
    Arg8  is the expected result for divide
    Arg9  is the expected result for integerDivide
    Arg10 is the expected result for remainder
    Arg11 is the expected result for power
 
  For power RHS, 0 is added to the number, any exponent is removed and
  the number is then rounded to an integer, using format(rhs+0,,0)
 
  If an error should result for an operation, the 'expected result' is
  an empty string.
  */
 
 private void mathtest(int test,com.ibm.math.MathContext mc,java.lang.String slhs,java.lang.String srhs,java.lang.String add,java.lang.String sub,java.lang.String mul,java.lang.String div,java.lang.String idv,java.lang.String rem,java.lang.String pow){
  com.ibm.math.BigDecimal lhs;
  com.ibm.math.BigDecimal rhs;
  java.lang.String res=null;
  java.lang.String sn=null;
  int e=0;
  
  
  lhs=new com.ibm.math.BigDecimal(slhs);
  rhs=new com.ibm.math.BigDecimal(srhs);
  
  try{
   res=lhs.add(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $137){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"add",res,add);
  
  try{
   res=lhs.subtract(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $138){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"sub",res,sub);
  
  try{
   res=lhs.multiply(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $139){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"mul",res,mul);
  
  try{
   res=lhs.divide(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $140){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"div",res,div);
  
  try{
   res=lhs.divideInteger(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $141){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"idv",res,idv);
  
  try{
   res=lhs.remainder(rhs,mc).toString();
  }
  catch (java.lang.ArithmeticException $142){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"rem",res,rem);
  
  try{
   // prepare an integer from the rhs
   // in Rexx:
   //   n=rhs+0
   //   e=pos('E', n)
   //   if e>0 then n=left(n,e-1)
   //   n=format(n,,0)
   
   sn=rhs.plus(mc).toString();
   e=sn.indexOf("E",0);
   if (e>0) 
    sn=sn.substring(0,e);
   sn=(new com.ibm.math.BigDecimal(sn)).format(-1,0);
   
   res=lhs.pow(new com.ibm.math.BigDecimal(sn),mc).toString();
  }
  catch (java.lang.ArithmeticException $143){
   res="";
  }
  mathtestcheck(test,lhs,rhs,"pow",res,pow);
  return;
  }

 /* mathtestcheck -- check for general mathtest error
    Arg1  is test number
    Arg2  is left hand side (LHS)
    Arg3  is right hand side (RHS)
    Arg4  is the operation
    Arg5  is the actual result
    Arg6  is the expected result
    Show error message if a problem, otherwise return quietly
    */
 
 private void mathtestcheck(int test,com.ibm.math.BigDecimal lhs,com.ibm.math.BigDecimal rhs,java.lang.String op,java.lang.String got,java.lang.String want){
  boolean flag;
  java.lang.String testnum;
  
  flag=want.equals((java.lang.Object)got);
  
  if ((!flag)) 
   say(">"+test+">"+" "+lhs.toString()+" "+op+" "+rhs.toString()+" "+"="+" "+want+" "+"[got"+" "+got+"]");
  
  testnum="gen"+right((new com.ibm.math.BigDecimal(test+1000)).toString(),3);
  
  (new Test(testnum)).ok=flag;
  return;
  }

 
 /* ------------------------------------------------------------------ */
 /* Support routines and minor classes follow                          */
 /* ------------------------------------------------------------------ */
 
 /* ----------------------------------------------------------------- */
 /* Method called to summarise pending tests                          */
 /* ----------------------------------------------------------------- */
 /* Arg1 is section name */
 
 private void summary(java.lang.String section){
  int bad;
  int count;
  int i=0;
  Test item=null;
  bad=0;
  count=Tests.size();
  {int $144=count;i=0;i:for(;$144>0;$144--,i++){
   item=(Test)(Tests.elementAt(i));
   if ((!item.ok)) 
    {
     bad++;
     say("Failed:"+" "+item.name);
    }
   }
  }/*i*/
  totalcount=totalcount+count;
  Tests=new java.util.Vector(100); // reinitialize
  if (bad==0) 
   say("OK"+" "+left(section,14)+" "+right("["+count+" "+"tests]",12));
  else 
   throw new DiagException(section+" "+"[failed"+" "+bad+" "+"of"+" "+count+" "+"tests]",bad);
  return;}

 
 /* ----------------------------------------------------------------- */
 /* right - Utility to do a 'right' on a Java String                  */
 /* ----------------------------------------------------------------- */
 /* Arg1 is string to right-justify */
 /* Arg2 is desired length */
 
 private static java.lang.String right(java.lang.String s,int len){
  int slen;
  slen=s.length();
  if (slen==len) 
   return s; // length just right
  if (slen>len) 
   return s.substring(slen-len); // truncate on left
  // too short
  return (new java.lang.String(new char[len-slen])).replace('\000',' ').concat(s);
  }

 /* ----------------------------------------------------------------- */
 /* left - Utility to do a 'left' on a Java String                    */
 /* ----------------------------------------------------------------- */
 /* Arg1 is string to left-justify */
 /* Arg2 is desired length */
 
 private static java.lang.String left(java.lang.String s,int len){
  int slen;
  slen=s.length();
  if (slen==len) 
   return s; // length just right
  if (slen>len) 
   return s.substring(0,len); // truncate on right
  // too short
  return s.concat((new java.lang.String(new char[len-slen])).replace('\000',' '));
  }

 /* ----------------------------------------------------------------- */
 /* say - Utility to do a display                                     */
 /* ----------------------------------------------------------------- */
 /* Arg1 is string to display, omitted if none */
 /*         [null or omitted gives blank line] */
 // this version doesn't heed continuation final character
 
 private static void say(){
  say((java.lang.String)null);return;
  }
 private static void say(java.lang.String s){
  if (s==null) 
   s="";
  java.lang.System.out.println(s);
  return;}

 /* ----------------------------------------------------------------- */
 /* Scaffolding for stand-alone run                                   */
 /* ----------------------------------------------------------------- */
 /** Entry point for stand-alone run.  It constructs a
  *  <code>DiagBigDecimal</code> object and then invokes its
  *  {@link #diagrun(boolean)} method to run the test
  *  suite.
  *
  * @param args The command line argument string array.
  *   if the first word is '<code>continue</code>' then try and run
  *   all tests, otherwise stop after the first failing test group.
  */
 
 public static void main(java.lang.String args[]){
  boolean $continue;
  DiagBigDecimal dbd;
  int fails;
  $continue=false;
  if (args.length>0) 
   $continue=args[0].equals("continue");
  dbd=new DiagBigDecimal(); // make the runner
  fails=dbd.diagrun($continue); // and run the tests
  if (fails==0) 
   {System.exit(0);return;}
  {System.exit(1);return;}
  }

/* ------------------------------------------------------------------ */
/* Test -- represents a test and its status                           */
/* ------------------------------------------------------------------ */
/* Copyright IBM Corporation 1998, 2000.  All rights reserved.        */
/* Author: Mike Cowlishaw                                             */
/* ------------------------------------------------------------------ */
/* 1998.07.15 Initial version                                         */
/* 2000.03.27 Change to javadoc comments                              */

/**
 * The <code>Test</code> class is used to record a specific test.
 * When constructed, it notes the name of the test and adds the test
 * to the list of tests held by the parent.
 *
 * Its <code>ok</flag> is assigned directly to record whether the
 * test succeeded (1) or failed (0).
 *
 * @see     com.ibm.math.DiagBigDecimal
 * @version 1.00 2000.03.27
 * @author  Mike Cowlishaw
 */
 
 public class Test{
  private final transient java.lang.String $0="DiagBigDecimal.nrx";
  /* properties shared transient */
 /** The name of the test. */
  transient java.lang.String name;
 /** Success flag; will be set to 1 (true) if the test succeeded, or 0
  * (false) if the test failed.
  */
  transient boolean ok;

 
 /**
  * Constructs a new <code>Test</code> with a specified name.
  *
  * @param testname The <code>String</code> naming the test.
  */
  
  public Test(java.lang.String testname){super();
   name=testname; // save the name
   DiagBigDecimal.this.Tests.addElement((java.lang.Object)this); // and add to parent's list
   return;}
  }

 /* ------------------------------------------------------------------ */
 /* DiagException                                                      */
 /* ------------------------------------------------------------------ */
 /* Copyright IBM Corporation 1996, 2000.  All rights reserved.        */
 /* Author: Mike Cowlishaw                                             */
 /* ------------------------------------------------------------------ */
 /* 1996.05.27 Initial version in NetRexx (as DiagX)                   */
 /* 1998.06.25 Copied from NetRexx test suite                          */
 /* 1999.07.03 Add fail count                                          */
 /* 2000.03.27 Change to javadoc comments                              */
 
 /**
  * The <code>DiagException</code> class is used to signal the failure
  * of a test group.  It records the number of failures in the group.
  *
  * @see     com.ibm.math.DiagBigDecimal
  * @version 1.00 2000.03.27
  * @author  Mike Cowlishaw
  */
 
 public static class DiagException extends java.lang.RuntimeException{
  private final transient java.lang.String $0="DiagBigDecimal.nrx";
 
  /* properties shared transient */
 /** the count of failed tests in the group which signalled this
   * exception.
   */
  transient int failcount=0;
 // number of tests which failed
 
 /**
  * Constructs a new <code>DiagException</code> with a message and
  * failure count.  This is thrown when a group of tests fails.
  *
  * @param message The <code>String</code> message describing the group.
  * @param fails   The <code>int</code> number of failed tests in the  group.
  */
  
  public DiagException(java.lang.String message,int fails){
   super(message);
   failcount=fails;
   return;}
 }}