The following tests failed, returning a "a1997 type failed: D" when using 64bit mode with "-d64", "-d64 -Xint" and "-d64 -Xcomp" switchs. It passed using 32 bits on -Xint and -Xcomp.

Failing Tests:
=============
vm/jni/CallMethod/call001/call00101m1/call00101m1.html
vm/jni/CallMethod/call001/call00101m10/call00101m10.html
vm/jni/CallMethod/call001/call00101m11/call00101m11.html
vm/jni/CallMethod/call001/call00101m12/call00101m12.html
vm/jni/CallMethod/call001/call00101m13/call00101m13.html
vm/jni/CallMethod/call001/call00101m14/call00101m14.html
vm/jni/CallMethod/call001/call00101m15/call00101m15.html
vm/jni/CallMethod/call001/call00101m16/call00101m16.html
vm/jni/CallMethod/call001/call00101m17/call00101m17.html
vm/jni/CallMethod/call001/call00101m18/call00101m18.html
vm/jni/CallMethod/call001/call00101m19/call00101m19.html
vm/jni/CallMethod/call001/call00101m2/call00101m2.html
vm/jni/CallMethod/call001/call00101m20/call00101m20.html
vm/jni/CallMethod/call001/call00101m21/call00101m21.html
vm/jni/CallMethod/call001/call00101m22/call00101m22.html
vm/jni/CallMethod/call001/call00101m23/call00101m23.html
vm/jni/CallMethod/call001/call00101m24/call00101m24.html
vm/jni/CallMethod/call001/call00101m25/call00101m25.html
vm/jni/CallMethod/call001/call00101m26/call00101m26.html
vm/jni/CallMethod/call001/call00101m27/call00101m27.html
vm/jni/CallMethod/call001/call00101m28/call00101m28.html
vm/jni/CallMethod/call001/call00101m29/call00101m29.html
vm/jni/CallMethod/call001/call00101m3/call00101m3.html
vm/jni/CallMethod/call001/call00101m30/call00101m30.html
vm/jni/CallMethod/call001/call00101m31/call00101m31.html
vm/jni/CallMethod/call001/call00101m32/call00101m32.html
vm/jni/CallMethod/call001/call00101m33/call00101m33.html
vm/jni/CallMethod/call001/call00101m34/call00101m34.html
vm/jni/CallMethod/call001/call00101m35/call00101m35.html
vm/jni/CallMethod/call001/call00101m36/call00101m36.html
vm/jni/CallMethod/call001/call00101m37/call00101m37.html
vm/jni/CallMethod/call001/call00101m38/call00101m38.html
vm/jni/CallMethod/call001/call00101m39/call00101m39.html
vm/jni/CallMethod/call001/call00101m4/call00101m4.html
vm/jni/CallMethod/call001/call00101m40/call00101m40.html
vm/jni/CallMethod/call001/call00101m41/call00101m41.html
vm/jni/CallMethod/call001/call00101m42/call00101m42.html
vm/jni/CallMethod/call001/call00101m43/call00101m43.html
vm/jni/CallMethod/call001/call00101m44/call00101m44.html
vm/jni/CallMethod/call001/call00101m45/call00101m45.html
vm/jni/CallMethod/call001/call00101m46/call00101m46.html
vm/jni/CallMethod/call001/call00101m47/call00101m47.html
vm/jni/CallMethod/call001/call00101m48/call00101m48.html
vm/jni/CallMethod/call001/call00101m49/call00101m49.html
vm/jni/CallMethod/call001/call00101m5/call00101m5.html
vm/jni/CallMethod/call001/call00101m50/call00101m50.html
vm/jni/CallMethod/call001/call00101m51/call00101m51.html
vm/jni/CallMethod/call001/call00101m52/call00101m52.html
vm/jni/CallMethod/call001/call00101m53/call00101m53.html
vm/jni/CallMethod/call001/call00101m54/call00101m54.html
vm/jni/CallMethod/call001/call00101m55/call00101m55.html
vm/jni/CallMethod/call001/call00101m56/call00101m56.html
vm/jni/CallMethod/call001/call00101m57/call00101m57.html
vm/jni/CallMethod/call001/call00101m58/call00101m58.html
vm/jni/CallMethod/call001/call00101m59/call00101m59.html
vm/jni/CallMethod/call001/call00101m6/call00101m6.html
vm/jni/CallMethod/call001/call00101m60/call00101m60.html
vm/jni/CallMethod/call001/call00101m61/call00101m61.html
vm/jni/CallMethod/call001/call00101m62/call00101m62.html
vm/jni/CallMethod/call001/call00101m63/call00101m63.html
vm/jni/CallMethod/call001/call00101m64/call00101m64.html
vm/jni/CallMethod/call001/call00101m65/call00101m65.html
vm/jni/CallMethod/call001/call00101m66/call00101m66.html
vm/jni/CallMethod/call001/call00101m67/call00101m67.html
vm/jni/CallMethod/call001/call00101m68/call00101m68.html
vm/jni/CallMethod/call001/call00101m69/call00101m69.html
vm/jni/CallMethod/call001/call00101m7/call00101m7.html
vm/jni/CallMethod/call001/call00101m70/call00101m70.html
vm/jni/CallMethod/call001/call00101m71/call00101m71.html
vm/jni/CallMethod/call001/call00101m72/call00101m72.html
vm/jni/CallMethod/call001/call00101m73/call00101m73.html
vm/jni/CallMethod/call001/call00101m74/call00101m74.html
vm/jni/CallMethod/call001/call00101m75/call00101m75.html
vm/jni/CallMethod/call001/call00101m76/call00101m76.html
vm/jni/CallMethod/call001/call00101m77/call00101m77.html
vm/jni/CallMethod/call001/call00101m78/call00101m78.html
vm/jni/CallMethod/call001/call00101m79/call00101m79.html
vm/jni/CallMethod/call001/call00101m8/call00101m8.html
vm/jni/CallMethod/call001/call00101m80/call00101m80.html
vm/jni/CallMethod/call001/call00101m81/call00101m81.html
vm/jni/CallMethod/call001/call00101m82/call00101m82.html
vm/jni/CallMethod/call001/call00101m83/call00101m83.html
vm/jni/CallMethod/call001/call00101m84/call00101m84.html
vm/jni/CallMethod/call001/call00101m85/call00101m85.html
vm/jni/CallMethod/call001/call00101m86/call00101m86.html
vm/jni/CallMethod/call001/call00101m87/call00101m87.html
vm/jni/CallMethod/call001/call00101m88/call00101m88.html
vm/jni/CallMethod/call001/call00101m89/call00101m89.html
vm/jni/CallMethod/call001/call00101m9/call00101m9.html
vm/jni/CallMethod/call001/call00101m90/call00101m90.html

JCK :
=====
JCK13a

Test source location:
====================
The source location for one of the failed test which is attached sample test. (vm/jni/CallMethod/call001/call00101m1/call00101m1.html)

For JCK1.3a -> /net/jdk/export/disk8/local.java/jck1.3a/JCK-runtime-13a/tests/vm/jni/CallMethod/call001/call00101m1/

call00101m1_2.java call00101m1_1.java call00101m1.java call00101m1.c


Platforms:
=============
Sparc -S8

JDK, switches Info:
===================
java version "1.4.0-beta"
Java(TM) 2 Runtime Environment, Standard Edition (build 1.4.0-beta-b50)
Java HotSpot(TM) 64-Bit Server VM (build 1.4beta-B47, mixed mode)

-d64
-d64 -Xint
-d64 -Xcomp


jtr file location:
==================
The jtr file is attached too.
file:/net/jtg-s111/export/home/jtg-test/merlin/JH_JDK14_b50_JCK13a_64bit/workDir/vm/jni/CallMethod/call001/call00101m1/call00101m1.jtr

How to reproduce:
====================
Run the attached script
    -d64 ----> vm_jni_CallMethod.ksh -d64
    -d64 -Xint --> vm_jni_CallMethod.ksh -d64 -Xint
    -d64 -Xcomp -> vm_jni_CallMethod.ksh -d64 -Xcomp


######Script Start#######
#!/bin/ksh


SWITCH=${1+$@}
JDK=/net/jdk/export/disk8/local.java/jdk1.4

TESTBASE=/net/jdk/export/disk8/local.java/jck1.3a
TESTBASE=/net/jtgb4u4c.eng/export/sail16/JCK/jck13afcs
JCK=${TESTBASE}/JCK-runtime-13a
executeClass=javasoft.sqe.tests.vm.jni.call001.call00101m1.call00101m1
excludeCmd=
executeClassArgs=
executeTestURL=
executeContextArgs="-platform.nativeCodeSupported true"


case `uname -s` in
  SunOS)
   ARCH=`uname -p`
   case $ARCH in
    sparc)
      sharedJDK=$JDK/solsparc
      ;;
    i386)
      sharedJDK=$JDK/solx86
      ;;
   esac
   ;;
  Linux)
   sharedJDK=$JDK/linux-i386
   ARCH=linux
   ;;
esac

CLASSPATH=${JCK}/classes:${JCK}/javatest.jar
DISPLAY=${DISPLAY-$HOST:0.0}

if `echo $SWITCH|grep "\-d64" >/dev/null`; then
  LD_LIBRARY_PATH=${JCK}/lib/sparcv9
else
  LD_LIBRARY_PATH=${JCK}/lib/${ARCH}
fi

PATH=$JDK/bin:$sharedJDK/bin:$PATH

export PATH CLASSPATH DISPLAY LD_LIBRARY_PATH


echo
java ${SWITCH} -version
echo
java ${SWITCH} -verify -Xfuture -Djava.security.policy=${JCK}/lib/jck.policy ${executeClass} ${excludeCmd} ${executeClassArgs} ${executeContextArgs} ${executeTestURL}
#####Script end########


Test output:
=============
-d64 and -d64 -Xint output
-----------
Java code error report:
a1997 type failed: D
a1997 type failed: D
a1997 type failed: D

-d64 -Xcomp output
------------------
No matching rule for:
--N:
   --N:
      --N: IREGL 1 IREGL
      IO01REGL 2 IO01REGL
      IO23REGL 2 IO23REGL
      STACKSLOTL 200 regL_to_stkL

      --N: IMMI 5 IMMI
      IMMI13 1 IMMI13
      IMMU13 1 IMMU13
      IMMI11 1 IMMI11
      IREGI 101 loadConI13
      NOTEMP_IREGI 103 loadConI13
      G1REGI 102 loadConI13
      O0REGI 102 loadConI13
      O1REGI 102 loadConI13
      O2REGI 102 loadConI13
      O3REGI 102 loadConI13
      O4REGI 102 loadConI13
      O5REGI 102 loadConI13
      L7REGI 102 loadConI13
      IREGP 201 moveIP
      SP_OR_IREGP 202 moveIP
      NOTEMP_IREGP 203 moveIP
      G1REGP 202 moveIP
      G3REGP 202 moveIP
      G3REGI 102 loadConI13
      G4REGP 202 moveIP
      G5REGP 202 moveIP
      I0REGP 202 moveIP
      O0REGP 202 moveIP
      O1REGP 202 moveIP
      O2REGP 202 moveIP
      O7REGP 202 moveIP
      L7REGP 202 moveIP
      O7REGI 102 loadConI13
      INLINE_CACHE_REGP 202 moveIP
      COMPILER_METHOD_OOP_REGP 202 moveIP
      INTERPRETER_METHOD_OOP_REGP 202 moveIP
      INDIRECT 301 moveIP
      STACKSLOTI 301 regI_to_stkI
      STACKSLOTP 401 regP_to_stkP
      MEMORY 301 INDIRECT
   --N: IMMI 5 IMMI
   IMMI13 1 IMMI13
   IMMU13 1 IMMU13
   IMMI11 1 IMMI11
   IREGI 101 loadConI13
   NOTEMP_IREGI 103 loadConI13
   G1REGI 102 loadConI13
   O0REGI 102 loadConI13
   O1REGI 102 loadConI13
   O2REGI 102 loadConI13
   O3REGI 102 loadConI13
   O4REGI 102 loadConI13
   O5REGI 102 loadConI13
   L7REGI 102 loadConI13
   IREGP 201 moveIP
   SP_OR_IREGP 202 moveIP
   NOTEMP_IREGP 203 moveIP
   G1REGP 202 moveIP
   G3REGP 202 moveIP
   G3REGI 102 loadConI13
   G4REGP 202 moveIP
   G5REGP 202 moveIP
   I0REGP 202 moveIP
   O0REGP 202 moveIP
   O1REGP 202 moveIP
   O2REGP 202 moveIP
   O7REGP 202 moveIP
   L7REGP 202 moveIP
   O7REGI 102 loadConI13
   INLINE_CACHE_REGP 202 moveIP
   COMPILER_METHOD_OOP_REGP 202 moveIP
   INTERPRETER_METHOD_OOP_REGP 202 moveIP
   INDIRECT 301 moveIP
   STACKSLOTI 301 regI_to_stkI
   STACKSLOTP 401 regP_to_stkP
   MEMORY 301 INDIRECT

Java code error report:
a1997 type failed: D
a1997 type failed: D
a1997 type failed: D



Specific Machine Info:
=====================
Hostname: jtg-s111
Hostid: 808dc389
Release: 5.8
Kernel architecture: sun4u
Application architecture: sparc
Hardware provider: Sun_Microsystems
Domain: javasoft.eng.sun.com
Kernel version: SunOS 5.8 Generic February 2000
===========
Status of processor 0 as of: 02/07/01 12:45:32
  Processor has been on-line since 01/29/01 14:39:11.
  The sparcv9 processor operates at 168 MHz,
        and has a sparcv9 floating point processor.
Status of processor 1 as of: 02/07/01 12:45:32
  Processor has been on-line since 01/29/01 14:39:15.
  The sparcv9 processor operates at 168 MHz,
        and has a sparcv9 floating point processor.
===========
                           Solaris 8 s28_38shwp2 SPARC
           Copyright 2000 Sun Microsystems, Inc. All Rights Reserved.
                            Assembled 21 January 2000
===========

Additional JCK related info:
============================
URL to find JCK test owners: http://javaweb.eng/jck/usr/owners.jto


takwing.cheung@Eng 2001-02-07


Unreproducible with the beta51 build

paul.hohensee@East 2001-02-09