make에 필요한 오브젝트와 라이브러리가 가춰젔으나 긴오류가 생겨요...

make를 할경우 예)xxxxx.c or xxxxx.f(.text+0x....) undefined reference to 'xxxxx'
가 엄청나게 길게 출력됩니다. 어찌 해결해야 하나요 ㅜㅜ

# make script
# TOP LEVEL MAKEFILE FOR LIB SAMPLE PROBLEMS

#====================================================================
# ------------------------
# | CVS File Information |
# ------------------------
#
# $RCSfile: Makefile_dist_app,v $
#
# $Author: tuminaro $
#
# $Date: 2000/06/02 16:49:21 $
#
# $Revision: 1.36 $
#
# $Name: $
#====================================================================
COMM = SERIAL
MACHINE = GENERIC
MPI_INCLUDE_DIR = -I/root/opt/MPICH2-install/include
MPI_LIB = -L/root/opt/MPICH2-install/lib -lmpich
#
# ANSI C compiler
#
CC_GENERIC = cc
CC_SUN4 = acc
CC_SOLARIS = cc
CC_SGI = cc
CC_SGIM4 = cc
CC_SGI10K = cc
CC_DEC = cc
CC_I860 = icc
CC_HP = cc
CC_SUNMOS = sicc
CC_NCUBE = ncc
CC_SP2 = mpcc
CC_T3E = cc
CC_LINUX = gcc
CC_TFLOP = pgcc -cougar

#
# Fortran compiler
#
FC_GENERIC = f77
FC_SUN4 = f77
FC_SOLARIS = f77
FC_SGI = f77
FC_SGIM4 = f77
FC_SGI10K = f77
FC_DEC = f77
FC_I860 = if77
FC_HP = cc
FC_SUNMOS = sif77
FC_NCUBE = ncc
FC_SP2 = mpxlf
FC_T3E = f90
FC_LINUX = gfortran
FC_TFLOP = pgf77 -cougar
#
# USE C or Fortran compiler to link
#
LD_GENERIC = $(CC_GENERIC)
LD_SUN4 = $(FC_SUN4)
LD_SOLARIS = $(FC_SOLARIS)
LD_SGI = $(FC_SGI)
LD_SGIM4 = $(FC_SGIM4)
LD_SGI10K = $(FC_SGI10K)
LD_DEC = $(CC_DEC)
LD_I860 = $(CC_I860)
LD_HP = $(CC_HP)
LD_SUNMOS = $(CC_SUNMOS)
LD_NCUBE = $(CC_NCUBE)
LD_SP2 = $(CC_SP2)
LD_T3E = $(CC_T3E)
LD_LINUX = $(CC_LINUX)
LD_TFLOP = $(CC_TFLOP)

#
# Machine dependent fortran/C interface
#
CFORT_GENERIC = -Dappend_
CFORT_SUN4 = -Dappend_
CFORT_SOLARIS = -Dappend_
CFORT_SGI = -Dappend_
CFORT_SGIM4 = -Dappend_
CFORT_SGI10K = -Dappend_
CFORT_DEC = -Dappend_
CFORT_I860 = -Dappend_
CFORT_HP = -Dmatched
CFORT_SUNMOS = -Dappend_
CFORT_NCUBE = -Dcaps
CFORT_SP2 = -Dmatched
CFORT_T3E = -Dcaps
CFORT_LINUX = -Dappend_
CFORT_TFLOP = -Dappend_

#
# Compilation flags
#
CFLAGS_GENERIC = -O
CFLAGS_SUN4 = -O2 -vc -Xc
CFLAGS_SOLARIS = -O -vc
CFLAGS_SGI = -O -n32
CFLAGS_SGIM4 = -O -n32
CFLAGS_SGI10K = -O -64 -r10000
CFLAGS_DEC = -O2
CFLAGS_NCUBE = -O
CFLAGS_HP = -O4
CFLAGS_I860 = -O4
CFLAGS_SUNMOS = -O4
CFLAGS_SP2 = -O2
CFLAGS_T3E = -O3 -DT3E
CFLAGS_LINUX = -O
CFLAGS_TFLOP = -O3

FFLAGS_GENERIC = -O
FFLAGS_SUN4 = -O2
FFLAGS_SOLARIS = -O2
FFLAGS_SGI = $(CFLAGS_SGI)
FFLAGS_SGIM4 = $(CFLAGS_SGIM4)
FFLAGS_SGI10K = $(CFLAGS_SGI10K)
FFLAGS_DEC = $(CFLAGS_DEC)
FFLAGS_I860 = $(CFLAGS_I860)
FFLAGS_HP = -O
FFLAGS_SUNMOS = $(CFLAGS_SUNMOS)
FFLAGS_NCUBE = $(CFLAGS_NCUBE)
FFLAGS_SP2 = $(CFLAGS_SP2)
FFLAGS_T3E = -O3 -dp
FFLAGS_LINUX = $(CFLAGS_LINUX)
FFLAGS_TFLOP = $(CFLAGS_TFLOP)

LDFLAGS_GENERIC = -O
LDFLAGS_SUN4 = -O2
LDFLAGS_SOLARIS = -O2
LDFLAGS_SGI = -O2 -n32
LDFLAGS_SGIM4 = -O -n32
LDFLAGS_SGI10K = -O -64 -r10000
LDFLAGS_DEC = -O2
LDFLAGS_I860 = -O4
LDFLAGS_HP = -O4
LDFLAGS_SUNMOS = -O4
LDFLAGS_NCUBE = -O -Nstack 40000 -Nheap 2800000 -Ncomm 200000
LDFLAGS_SP2 = -O
LDFLAGS_T3E = -O -Wl"-D equiv(DCOPY)=SCOPY;equiv(DDOT)=SDOT;equiv(DSQRT)=SQRT;equiv(DNRM2)=SNRM2;equiv(DSCAL)=SSCAL;equiv(DAXPY)=SAXPY;equiv(DASUM)=SASUM;equiv(IDAMAX)=ISAMAX;equiv(DSWAP)=SSWAP;equiv(DGEMV)=SGEMV;equiv(DGEMM)=SGEMM;equiv(DTRSM)=STRSM;equiv(DGER)=SGER;equiv(DTRMM)=STRMM;equiv(DTRMV)=STRMV;equiv(DSYRK)=SSYRK"
LDFLAGS_LINUX = -O
LDFLAGS_TFLOP = -O

#
# Communication Libraries to link
#
CLIB_SERIAL =
CLIB_I860 =
CLIB_SUNMOS =
CLIB_HP =
CLIB_NCUBE =
CLIB_MPI = $(MPI_LIB)

LIB_SUN4 = -cg89
LIB_SOLARIS = -L/opt/SUNWspro/lib -lnsl -lsocket -lgen -lnsl \
-lsocket -lgen -lM77 -lF77 -lsunmath -lm
LIB_SGI = -lI77 -lF77 -lisam
LIB_SGIM4 = -lI77 -lF77 -lisam
LIB_SGI10K =
LIB_DEC = -lots -lfor
LIB_I860 = -lkmath -lf -nx
LIB_SUNMOS = -lkmath -lf
LIB_NCUBE = -lblas -lf
LIB_SP2 = -lxlf90
LIB_T3E =
LIB_LINUX = /usr/lib/gcc/x86_64-redhat-linux/3.4.6/libg2c.a
LIB_TFLOP = -lkmath -lf

# Choose the application you want to run:
#
# 1) Standard MSR/VBR application
OBJ = az_main.o az_examples.o az_app_utils.o
#
# 2) Tutorial application
# Choose one of the 3 depending on whether you want to see a "C"
# application, a Fortran application using MPI, or a Fortran
# application without MPI.
# NOTE: You can only use 'az_tutorial_with_MPI.f' if you have MPI
# and you can not use 'az_tutorial_without_MPI.f' with MPI.
#
#OBJ = az_tutorial.o
#OBJ = az_tutorial_with_MPI.o
#OBJ = az_tutorial_without_MPI.o
#
# 3) Matrix free application
#
#OBJ = az_mat_free_main.o az_mat_free_example.o az_mat_free_com.o

#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
#
# No need to change the rest of this file when adding
# a new machine to the makefile
#
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

CC = $(CC_LINUX)
FC = $(FC_LINUX)
CFORT = $(CFORT_LINUX)
CFLAGS2 = $(CFLAGS_LINUX)
FFLAGS2 = $(FFLAGS_LINUX)
LDFLAGS2 = $(LDFLAGS_LINUX)
LIB_MACH_DEP = $(CLIB_MPI) $(LIB_LINUX)
LD_COMPILER = $(LD_LINUX)

MAX_MEM = 16731136
GEN_CFLAGS = -I../lib -DMAX_MEM_SIZE=$(MAX_MEM) -DCOMM_BUFF_SIZE=200000 \
-DMAX_CHUNK_SIZE=200000
GEN_LIBS = -L../lib -laztec -lm

LDFLAGS = $(LDFLAGS2) $(GEN_LIBS) $(LIB_MACH_DEP)
CFLAGS = $(CFLAGS2) $(CFORT) $(GEN_CFLAGS) -DAZ_MPI $(MPI_INCLUDE_DIR)
FFLAGS = $(FFLAGS2) $(MPI_INCLUDE_DIR) $(GEN_CFLAGS)
# -DMPI is used so that MPI_Init defined in
# az_main.c gets compiled and so that MPI_Request
# is defined properly.

#####################################
# Define implicit compilation rules #
#####################################
all: sample

# application code

sample: $(OBJ)
$(LD_COMPILER) $(OBJ) $(LDFLAGS) -o sample
clean:
@echo "cleaning ..."
/bin/rm -f $(OBJ)