gcc ld: symbol(s) not found for architecture x86_64

Okay also ich mache einen lexer und einen parser mit Ocamlyacc. Ich habe meine Forschung getan, und ich denke, dass es etwas zu tun mit meinem makefile nicht die Wahl der richtigen bit-version für meinen compiler oder etwas ähnliches? Ich weiß nicht viel über makefiles, das ist der Grund, warum ich Frage.

Ich habe mein Programm auf einen anderen computer, wo funktioniert es ohne Probleme, also es muss irgendwas mit meinem Rechner.

Es ist ein MacBook Pro (64-bit. Ich bin mit Xcode 4.2.1.

Hier die makefile:

SHELL        = /bin/sh

C_C          = gcc 
CPP_C        = g++ 
ifdef GPROF
C_CPP_FLAGS = -pg -O3
else
ifndef DEBUG
C_CPP_FLAGS  = -O3
else
C_CPP_FLAGS  = -g
endif
endif
C_LD         = $(C_C)
CPP_LD       = $(CPP_C)

C_YACC       = bison
C_LEX        = flex

AR           = ar
RANLIB       = ranlib

OCAML_C      = ocamlc
OCAML_OPT_C  = ocamlopt
ifdef GPROF
OCAML_C_FLAGS     = -dtypes 
OCAML_OPT_C_FLAGS = -dtypes
OCAML_LD     = $(OCAML_C) -g
OCAML_OPT_LD = $(OCAML_OPT_C) -p
else
ifndef DEBUG
OCAML_C_FLAGS     = -dtypes 
OCAML_OPT_C_FLAGS = -dtypes
OCAML_LD     = $(OCAML_C) -g
OCAML_OPT_LD = $(OCAML_OPT_C)
else
OCAML_C_FLAGS     = -dtypes
OCAML_OPT_C_FLAGS = -dtypes
OCAML_LD     = $(OCAML_C) -g
OCAML_OPT_LD = $(OCAML_OPT_C)
endif
endif
OCAML_MKTOP  = ocamlmktop
OCAML_CP     = ocamlcp
OCAML_DEP    = ocamldep
OCAML_LEX    = ocamllex
OCAML_YACC   = ocamlyacc

OCAML_C_CPP_INC = -I $(shell $(OCAML_C) -v | tail -1 | sed -e \
                         's/^Standard library directory: //')

Den Fehler, dass ich bekomme ist:

ld: symbol(s) not found for architecture x86_64

Hier die vollständige Ausgabe:

make
Linking OCAML (top level) program nanoml.top
ocamlmktop    -o nanoml.top -custom   nano.cmo nanoLex.cmo nanoParse.cmo main.cmo \
-cc g++  -cclib ' '
/var/folders/n3/jgblhwmj40lchgq71bmgr8sw0000gn/T/camlprimbd6a63.c:784: warning: deprecated conversion from string constant to ‘char*’
.
. //The same line ALOT of times. Removed due to limit of chars in a single post.
.
/var/folders/n3/jgblhwmj40lchgq71bmgr8sw0000gn/T/camlprimbd6a63.c:784: warning: deprecated conversion from string constant to ‘char*’
ld: warning: ignoring file /usr/local/lib/ocaml/libcamlrun.a, file was built for archive which is not the architecture being linked (x86_64)
Undefined symbols for architecture x86_64:
  "_main", referenced from:
      start in crt1.10.6.o
  "_caml_alloc_dummy", referenced from:
      _caml_builtin_cprim in ccZbZ9Mf.o
.
. //And many of these lines
.
  "_caml_get_exception_backtrace", referenced from:
      _caml_builtin_cprim in ccZbZ9Mf.o
ld: symbol(s) not found for architecture x86_64
collect2: ld returned 1 exit status
File "_none_", line 1, characters 0-1:
Error: Error while building custom runtime system
make: *** [nanoml.top] Error 2

Vielen Dank im Voraus!

BEARBEITEN:
Ich bin nur mit Ocaml. Kein C++ oder C, die verknüpft werden muss mit es. Ich habe nie versucht, mit meinem ocaml-code mit einem makefile vor, aber ich kann laufen, andere ocaml-code auf diesem computer. Dies ist das erste mal, es schlägt fehl, aber es ist das erste mal, dass ich ein makefile.

Und das gleiche makefile und der code funktioniert auf anderen Maschinen(ältere Maschinen aber) also ich denke es hat etwas mit diesem zu tun mit 64-bit.

Ich gefunden habe ich gegeben, einem anderen makefile, das wie folgt aussieht:

# Generic compilation rules

%.o : %.c
    @echo Compiling C file $<
    $(C_C) $(C_CPP_FLAGS) $(C_CPP_INCLUDES) -c $< -o $@

%.o : %.cc
    @echo Compiling C++ file $<
    $(CPP_C) $(C_CPP_FLAGS) $(C_CPP_INCLUDES) -c $< -o $@

%.o : %.cpp
    @echo Compiling C++ file $<
    $(CPP_C) $(C_CPP_FLAGS) $(C_CPP_INCLUDES) -c $< -o $@

%.cmi: %.mli
    @echo Compiling OCAML interface $<
    $(OCAML_C) $(OCAML_C_FLAGS) $(OCAML_INCLUDES) -c $< -o $@

%.cmo: %.ml
    @echo Compiling \(to byte code\) OCAML module $<
    $(OCAML_C) $(OCAML_C_FLAGS) $(OCAML_INCLUDES) -c $< -o $@

%.cmx: %.ml
    @echo Compiling \(to native code\) OCAML module $<
    $(OCAML_OPT_C) $(OCAML_OPT_C_FLAGS) $(OCAML_INCLUDES) -c $< -o $@

%.ml: %.mll
    @echo Lexing OCAML file $<
    $(OCAML_LEX) $<

%.ml %.mli: %.mly
    @echo Yaccing OCAML file $<
    $(OCAML_YACC) $<



# Generic cleaning rules

default-clean:
    rm -f *~ *.o *.cmo *.cmx .*.depend *.cmi

.PHONY: default-clean



# Generic link rules and library creation rules
#
# These rules assume that the following variables are set (when necessary):
#
# - C_EXE          : name of the C executable
# - CPP_EXE        : name of the C++ executable
# - OCAML_EXE      : name of the OCaml executable (without suffix)
# - OCAML_TPL_EXE  : name of the OCaml custom toplevel (without suffix)
# - C_CPP_LIB      : name of the C/C++ library
# - OCAML_LIB      : name of the OCaml library (without suffix)
# - C_CPP_EXE_OBJ  : list of C/C++ objects (without suffix) to build exe
# - OCAML_EXE_OBJ  : list of OCaml modules (without suffix) to build exe
# - C_CPP_LIB_OBJ  : list of C/C++ objects (without suffix) to build lib
# - OCAML_LIB_OBJ  : list of OCaml modules (without suffix) to build lib
# - C_CPP_LD_FLAGS : C and C++ linker flags
# - OCAML_LD_FLAGS : OCaml linker (both native and bytecode) flags
# - C_CPP_LD_LIBS  : C and C++ linker libraries
# - OCAML_LD_LIBS  : OCaml linker (both native and bytecode) libraries

ifdef C_EXE
$(C_EXE): $(C_CPP_EXE_OBJ:%=%.o)
    @echo Linking C program $@
    $(C_LD) $(C_CPP_LD_FLAGS) -o $@ $(C_CPP_EXE_OBJ:%=%.o) $(C_CPP_LD_LIBS)
endif

ifdef CPP_EXE
$(CPP_EXE): $(C_CPP_EXE_OBJ:%=%.o)
    @echo Linking C++ program $@
    $(CPP_LD) $(C_CPP_LD_FLAGS) -o $@ $(C_CPP_EXE_OBJ:%=%.o) $(C_CPP_LD_LIBS)
endif

ifdef C_CPP_LIB
$(C_CPP_LIB).a: $(C_CPP_LIB_OBJ:%=%.o)
    @echo Creating C/C++ library $@
    $(AR) r $@ $?
    $(RANLIB) $@
endif

ifdef OCAML_EXE
$(OCAML_EXE).byte: $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo)
    @echo Linking OCAML \(byte code\) program $@
    $(OCAML_LD) $(OCAML_LD_FLAGS) -o $@ -custom $(OCAML_LD_LIBS:%=%.cma) $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo) \
    -cc $(CPP_C) -cclib '$(C_CPP_LD_FLAGS) $(C_CPP_LD_LIBS)'

$(OCAML_EXE).opt: $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmx)
    @echo Linking OCAML \(native code\) program $@
    $(OCAML_OPT_LD) $(OCAML_LD_FLAGS) -o $@ $(OCAML_LD_LIBS:%=%.cmxa) $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmx) \
    -cc $(CPP_C) -cclib '$(C_CPP_LD_FLAGS) $(C_CPP_LD_LIBS)'

$(OCAML_EXE).top: $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo)
    @echo Linking OCAML \(top level\) program $@
    $(OCAML_MKTOP)   $(OCAML_LD_FLAGS) -o $@ -custom $(OCAML_LD_LIBS:%=%.cma) $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo) \
    -cc $(CPP_C) -cclib '$(C_CPP_LD_FLAGS) $(C_CPP_LD_LIBS)'


endif

ifdef OCAML_TPL_EXE
$(OCAML_TPL_EXE).byte: $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo)
    @echo Linking OCAML \(byte code\) toplevel $@
    $(OCAML_MKTOP) $(OCAML_LD_FLAGS) -o $@ -custom $(OCAML_LD_LIBS:%=%.cma) $(C_CPP_EXE_OBJ:%=%.o) $(OCAML_EXE_OBJ:%=%.cmo) \
    -cc $(CPP_C) -cclib '$(C_CPP_LD_FLAGS) $(C_CPP_LD_LIBS)'
endif

ifdef OCAML_LIB
$(OCAML_LIB).cma: $(OCAML_LIB_OBJ:%=%.cmo)
    @echo Creating OCAML \(byte code\) library $@
    $(OCAML_LD) $(OCAML_LD_FLAGS) -a -o $@ $(OCAML_LIB_OBJ:%=%.cmo)

$(OCAML_LIB).cmxa $(OCAML_LIB).a: $(OCAML_LIB_OBJ:%=%.cmx)
    @echo Creating OCAML \(native code\) library $@
    $(OCAML_OPT_LD) $(OCAML_LD_FLAGS) -a -o $@ $(OCAML_LIB_OBJ:%=%.cmx)
endif

ifdef OCAML_CINTF
ifdef OCAML_BYTECODE_CINTF
$(OCAML_CINTF).o: $(OCAML_CINTF_OBJ:%=%.cmo)
    @echo Creating OCAML \(native code\) C interface library $@
    $(OCAML_LD) $(OCAML_LD_FLAGS) -output-obj -o $@ $(OCAML_LD_LIBS:%=%.cma) $(OCAML_CINTF_OBJ:%=%.cmo)

$(OCAML_CINTF_LIB).a: $(OCAML_CINTF).o $(C_CPP_CINTF_OBJ:%=%.o)
    @echo Creating C/C++ interface library $@
    $(AR) r $@ $?
    $(RANLIB) $@
else
$(OCAML_CINTF).o: $(OCAML_CINTF_OBJ:%=%.cmx)
    @echo Creating OCAML \(native code\) C interface library $@
    $(OCAML_OPT_LD) $(OCAML_LD_FLAGS) -output-obj -o $@ $(OCAML_LD_LIBS:%=%.cmxa) $(OCAML_CINTF_OBJ:%=%.cmx)

$(OCAML_CINTF_LIB).a: $(OCAML_CINTF).o $(C_CPP_CINTF_OBJ:%=%.o)
    @echo Creating C/C++ interface library $@
    $(AR) r $@ $?
    $(RANLIB) $@
endif
endif



# Generic dependencies creation rules

.%.mli.depend: %.mli
    @echo Generating dependencies for OCAML interface $<
    $(OCAML_DEP) $< > $@

.%.ml.depend: %.ml
    @echo Generating dependencies for OCAML module $<
    $(OCAML_DEP) $< > $@