#!/bin/sh
#
#  Sierra 64 bit setup:
#  -xO4 -xtarget=native64 -xarch=native64 -xcode=pic32 -DSUN10 -library=stlport4 
# 
#  Sierra warnings setup:
#  +w2 -errtags -erroff=doubunder,reftotemp,ppextraw,inllargeint,inllargeuse,wnoelseretvalue,truncwarn,diffenumtype,notused,wvarhid enmem,badcastw,hidef -errwarn=%all,no%wunreachable,no%partinit 
#
#  Notes:
#    When you add flsgs with % in them python won't build, because there is an
#    error in the python distutils routines. I am currently manually
#    fixing these.
#
# Program Names:
#
MAKE=gmake
export MAKE

#
# Pointers to the 64 bit python built with Sunpro compilers
PYTHON_DIR=${HOME}/arch/sol_py64
export PYTHON_DIR
PYTHON_CMD=${HOME}/arch/sol_py64/bin/python
export PYTHON_CMD

#
# Use the CC compiler for C++ code
CXX=CC
export CXX
#
# Specification of the c compiler
#
CC=cc
export CC

CXX_DEPENDS='CC -xM1'
export CXX_DEPENDS

USE_NUMERIC='n'
export USE_NUMERIC

#
#  HKM 7/22/09
#  The matlab option is currently not working. Matlab uses the gcc
#  compiler. This setup uses the solaris compiler. I can get
#  the matlab extensions to compile. But, when I run matlab
#  I get an unsatisfied external
#   When I add the commands:
#      -l/opt/SUNWspro/lib/f9 -lCrun -lCstd -lfsu 
#   to the matlab build, I can get rid of the runtime unsatisfied
#   external. However, I immediate crash dump matlab. This
#   suggests that there are duplicate Cstd routines from gcc and
#   from the solaris compilers fighting it out.
#      I believe the solution will involve compiling everything
#   with gcc in order to get matlab on solaris to work. 
#
BUILD_MATLAB_TOOLBOX="n"
export BUILD_MATLAB_TOOLBOX

DEBUG_MODE="y"
export DEBUG_MODE

#
# Compiler Flags
#
BITCOMPILE="64"
export BITCOMPILE
#
#  remember the issue with % and python
#
EFLAGS=" +w2 -errtags -erroff=doubunder,reftotemp,ppextraw,inllargeint,inllargeuse,wnoelseretvalue,truncwarn,diffenumtype,notused,wvarhidenmem,badcastw,hidef -errwarn=%all,no%wunreachable,no%partinit" 
#AFLAGS=" -xtarget=native64 -xarch=native64 -xcode=pic32 -library=stlport4"
AFLAGS=" -xtarget=native64 -xarch=native64 -xcode=pic32"
export AFLAGS

F77=f77
export F77

F90=f95
export F90

FFLAGS="-g -xtarget=native64 -xarch=native64 -xcode=pic32 "
export FFLAGS

CFLAGS="-g -xtarget=native64 -xarch=native64 -xcode=pic32 -v "
export CFLAGS

CXXFLAGS="-g $AFLAGS $EFLAGS -DDEBUG_HKM" 
export CXXFLAGS

LCXX_END_LIBS="-lm "
export LCXX_END_LIBS

# other useful endlibs for solaris 64 bit are
#  -mt -lsunmath -lfsu

USE_SUNDIALS='n'
export USE_SUNDIALS

WITH_VCSNONIDEAL='y'
export WITH_VCSNONIDEAL

#
# Location Variables - set the directory to point to 
#                      a 64-bit specific directory.
#
CANTERA_INSTALL_DIR=${HOME}/arch/sol_py64/cantera-1.8
export CANTERA_INSTALL_DIR

CANTERA_CONFIG_PREFIX=${HOME}/arch/sol_py64/cantera-1.8
export CANTERA_CONFIG_PREFIX

#CANTERA_PYTHON_HOME=${CANTERA_PYTHON_HOME:="$HOME/python_modules"}
#export CANTERA_PYTHON_HOME

SET_PYTHON_SITE_PACKAGE_TOPDIR="y"
export SET_PYTHON_SITE_PACKAGE_TOPDIR

PYTHON_SITE_PACKAGE_TOPDIR=${HOME}"/arch/sol_py64/cantera-1.8"
export PYTHON_SITE_PACKAGE_TOPDIR

PYTHON_PACKAGE="full"
#PYTHON_PACKAGE="minimal"
#PYTHON_PACKAGE="none"
export PYTHON_PACKAGE

BUILD_WITH_F2C="n"
export BUILD_WITH_F2C

# 
# Archive commands
#
ARCHIVE="CC -xar -xcode=pic32 -o "
export ARCHIVE


#
# Invoke the regular configure script 
#
./preconfig