i have ran this makefile in cygwin and i got some errors this is makefile:
FFLAGS=
BFLAGS=-d -v -y
CFLAGS=-g -Wall -Wextra -std=c++11 -Wno-write-strings -I /usr/local/boost_1_50_0
FLEX=flex
BISON=bison
CC=g++
SRCS=y.tab.c ast.cpp tokentable.cpp symboltable.cpp main.cpp lex.yy.c semanticanalyzer.cpp astnodevisitor.cpp constants.cpp astnodetypechecker.cpp utility.cpp astnodecodegenerator.cpp
OBJS=y.tab.o ast.o tokentable.o symboltable.o main.o lex.yy.o semanticanalyzer.o astnodevisitor.o constants.o astnodetypechecker.o utility.o astnodecodegenerator.o
cooc : ${OBJS}
${CC} ${CFLAGS} -o $# ${OBJS}
%.o : %.cpp
${CC} ${CFLAGS} -c $<
y.tab.c : cool.y
${BISON} ${BFLAGS} cool.y
lex.yy.c : cool.flex
${FLEX} ${FFLAGS} cool.flex
.depend: ${SRCS}
rm -f ./.depend
${CC} ${CFLAGS} -MM $^>>./.depend
include .depend
and i got this errors:
MAKE Version 5.0 Copyright (c) 1987, 1997 Borland International
Error makefile 25: Colon expected
Error makefile 26: Command syntax error
Error makefile 27: Command syntax error
Error makefile 29: Command syntax error
* 4 errors during make *
This is a GNU make makefile. You are running Windows nmake. Those two programs are not compatible. If you're using cygwin, install the GNU make program for cygwin and use that instead.
Related
I am trying to compile using this makefile but got this error. I can compile using school's linux computer with gcc 6.3. I tried using my MacOS mojave using a few different version of gcc from homebrew (gcc-8, gcc-4.9, gcc-6) but I get this error consistently.
CC = gcc-8
OPT = -O3 -g
LIBS = -lz -lcvp -lz
FLAGS = -std=c++11 -L. $(LIBS) $(OPT) -no-pie
OBJ = myprogram.o
DEPS = cvp.h myprogram.h
all: cvp
cvp: $(OBJ)
$(CC) $(FLAGS) -o $# $^
%.o: %.cc $(DEPS)
$(CC) $(FLAGS) -c -o $# $<
.PHONY: clean
clean:
rm -f *.o cvp
Going off information found here: https://github.com/xd009642/tarpaulin/issues/7#issuecomment-317180523
The problem may very well be related to how gcc is built: "Builds of gcc that don't have the --enable-default-pie flag set at compile time because they are too old or have the --disable-default-pie flag just don't have the -no-pie linker flag"
You might need to update or recompile gcc for that environment to be able to use that flag if important to you.
I've been trying to compile some language (CISC) that my professor created which is pseudo assembly. He wanted us to make a makefile and compile the file with .asm extension using gcc.
This is the makefile:
.SUFFIXES: .asm
all:schemeCompiler
schemeCompiler:target.o
gcc -g -m32 -Wall -o schemeCompiler target.o
target.o: target.asm
gcc -m32 -g -Wall -ansi -c -o target.o target.asm
.PHONY: clean
clean:
rm -f *.o schemeCompiler
And this is the error I get:
gcc -m32 -g -Wall -ansi -c -o target.o target.asm
gcc: warning: target.asm: linker input file unused because linking not done
gcc -g -m32 -Wall -o schemeCompiler target.o
gcc: error: target.o: No such file or directory
gcc: fatal error: no input files
compilation terminated.
I've put the makefile with the asm file in the same directory
Thanks !
***We've figured out the problem , we weren't running the make command right. Also the makefile wasn't right:
.SUFFIXES: .asm
all:schemeCompiler
schemeCompiler:$#
gcc -g -m32 -Wall -o schemeCompiler $#
%: %.asm
gcc -x c -o $# $<
.PHONY: clean
clean:
rm -f *.o schemeCompiler
I'm working with a project using flex/bison and trying to compile it using make. The lex.yy.c, tab.c, tab.h from flex/bison are generated correctly and placed in the obj directory. However, there is an error when trying to compile the obj/lex.yy.c file and it cannot resolve an include to a file in the src/frontend directory. Any ideas where I am going wrong? Makefile and output included below.
Makefile:
VPATH = src obj src/frontend src/interpreter
SRCS = lex.yy.c C.tab.c symbol_table.c nodes.c print_ast.c interpreter.c main.c
OBJS := $(SRCS:%.c=obj/%.o)
INCLUDES = -Isrc -Iobj -Isrc/frontend -Isrc/interpreter
CPPFLAGS = -Wall
LDFLAGS = -Wall
CC = gcc
LEX = flex
YACC = bison -d -t -v
all: bin/mycc
bin/mycc: $(OBJS)
$(CC) -g $(LDFLAGS) $(INCLUDES) -o $# $^
obj/lex.yy.c: C.flex obj/C.tab.h
$(LEX) -o $# $<
obj/C.tab.c: C.y
$(YACC) -o $# $<
obj/C.tab.h: obj/C.tab.c
#touch $#
obj/%.o: src/%.c
$(CC) -g $(CPPFLAGS) $(INCLUDES) -c $^
clean:
rm $(OBJS) obj/lex.yy.c obj/C.tab.c obj/C.tab.h
depend:
$(CC) -M $(SRCS) > .deps
cat Makefile .deps > makefile
Output:
bison -d -t -v -o obj/C.tab.c src/frontend/C.y
src/frontend/C.y: conflicts: 4 shift/reduce, 14 reduce/reduce
src/frontend/C.y:248.11-53: warning: rule useless in parser due to conflicts: external_declaration: function_definition
flex -o obj/lex.yy.c src/frontend/C.flex
gcc -Wall -c -o obj/lex.yy.o obj/lex.yy.c
src/frontend/C.flex:13:19: fatal error: token.h: No such file or directory
#include "token.h"
^
compilation terminated.
make: *** [obj/lex.yy.o] Error 1
The problem is that you define your -I flags for compiling in the variable $(INCLUDES) instead of in the normal $(CPPFLAGS). As a result, when the default rule for compiling C files runs, it does not use any of those -I flags and so the compiler can't find the include files. You can see the command line for the compiler in your output.
To fix it, get rid of the INCLUDES = line and add all of them to CPPFLAGS:
CPPFLAGS = -Wall -Isrc -Iobj -Isrc/frontend -Isrc/interpreter
There is a given r-tree code by Toni Guttman(it's been modified for my homework), however, if I change an parameter(the dimension of the node), then "make" will cause such errors:
yacc y.spec
make: yacc：command not found
make: *** [y.tab.c] error 127
I've installed bison and flex, and "which yacc" shows that
alias yacc='bison'
/usr/bin/bison
What should I do to solve the problem?
Here is the "Makefile":
# %W% %G%
# use flag -O for optimized code, slower compile
FLAGS=
SRC= main.c index.c newtid.c node.c rectangle.c \
printstats.c clock.c y.spec allocate.c error.c\
split.l.c \
split.q.c \
split.e.c
HEADERS= options.h macros.h index.h assert.h
ALL= $(SRC) $(HEADERS) split.l.h split.q.h split.e.h
OBJ= main.o index.o newtid.o node.o rectangle.o \
printstats.o clock.o y.tab.o allocate.o error.o
OBJLIN= split.l.o
OBJQ= split.q.o
OBJEXP= split.e.o
$(OBJ): $(HEADERS)
$(OBJLIN): $(HEADERS) split.l.h
$(OBJQ): $(HEADERS) split.q.h
$(OBJEXP): $(HEADERS) split.e.h
# assembler chokes if graphics.c is compiled with -g option, do it without.
# graphics.o: graphics.c $(HEADERS)
# cc -c graphics.c
# assembler chokes if y.tab.c is compiled with -g option, do it without.
# y.tab.o: y.tab.c $(HEADERS)
# cc -c y.tab.c
.c.o: $(HEADERS)
cc -c $(FLAGS) $*.c
linear: $(OBJ) $(OBJLIN)
cc $(FLAGS) $(OBJ) $(OBJLIN) -lm -o linear
quad: $(OBJ) $(OBJQ)
cc $(FLAGS) $(OBJ) $(OBJQ) -lm -o quad
exp: $(OBJ) $(OBJEXP)
cc $(FLAGS) $(OBJ) $(OBJEXP) -lm -o exp
y.tab.c: y.spec $(HEADERS)
yacc y.spec
edit:
sccs edit $(SRC) $(HEADERS) split.l.h split.q.h split.o.h
unedit:
sccs unedit $(ALL)
rm -f tags
delta:
sccs delta $(ALL)
rm -f tags
get:
sccs get $(ALL)
clean:
rm -f *.o core y.tab.c tags
tags: $(SRC)
ctags *.c
lint:
rm -f lint.out
lint *.c > lint.out
You don't have yacc installed, as you've seen. Changing an alias in your shell won't help, because it's make that is trying to run the yacc command, not the shell. You have to edit your makefile, and add a line like:
YACC = bison -y
(the -y flag makes bison behave like yacc)
Since you didn't show your actual makefile we can't be sure that this will do it, but it's likely.
EDIT:
I your makefile above, change the reference to yacc to say bison -y instead.
Your makefile is not following many best practices but that's for another day.
manually add this script /usr/bin/yacc is simply a script containing:
#! /bin/sh
exec '/usr/bin/bison' -y "$#"
I have the following Makefile
CXX = g++
CXXFLAGS = -g -Wall
COMPILE = ${CXX} ${CXXFLAGS} -c
LINK = ${CXX} -lpthread
LIB_INC = -Ilib -Iwrappers -Iprocesses
src := $(wildcard lib/*.cpp) $(wildcard wrappers/*.cpp)
obj = $(src:.cpp=.o)
src_1 := processnetwork_part001.cpp sc_application_1.cpp
obj_1 = $(src_1:.cpp=.o)
src_2 := processnetwork_part002.cpp sc_application_2.cpp
obj_2 = $(src_2:.cpp=.o)
all : sc_application_1 sc_application_2
.PHONY : all
sc_application_1 : ${obj} ${obj_1}
${LINK} -o sc_application_1 $(obj) ${obj_1}
sc_application_2 : ${obj} ${obj_2}
${LINK} -o sc_application_2 $(obj) ${obj_2}
%.o : %.cpp %.h
${COMPILE} -o $# $< $(LIB_INC)
clean :
rm sc_application_1 sc_application_2 ${obj} ${obj_1} ${obj_2}
Where lib, wrappers and processes are subdirectories of the directory where the Makefile and the two main applications sc_application_1 and sc_application_2 are stored. When I run make, I get the following output (only the last few lines w/o compiler warnings).
g++ -g -Wall -c -o lib/Scheduler.o lib/Scheduler.cpp -Ilib -Iwrappers -Iprocesses
g++ -g -Wall -c -o wrappers/consumer_wrapper.o wrappers/consumer_wrapper.cpp -Ilib -Iwrappers -Iprocesses
g++ -g -Wall -c -o wrappers/generator_wrapper.o wrappers/generator_wrapper.cpp -Ilib -Iwrappers -Iprocesses
g++ -g -Wall -c -o wrappers/square_wrapper.o wrappers/square_wrapper.cpp -Ilib -Iwrappers -Iprocesses
g++ -g -Wall -c -o processnetwork_part001.o processnetwork_part001.cpp -Ilib -Iwrappers -Iprocesses
g++ -g -Wall -c -o sc_application_1.o sc_application_1.cpp
In file included from wrappers/wrappers.h:4:0,
from sc_application_1.cpp:10:
wrappers/generator_wrapper.h:4:28: fatal error: ProcessWrapper.h: No such file or directory
compilation terminated.
make: *** [sc_application_1.o] Error 1
Compilation fails because for some reason that I don't understand, the variable LIB_INC isn't added anymore to
g++ -g -Wall -c -o sc_application_1.o sc_application_1.cpp
But it is (as I intended) on all previous lines. Can anyone explain me this behaviour? Thank you.
edit: The error doesn't occur when I ommit the "%.h" in the "%.o" target.
I'm going to go out on a limb, and guess that there is no sc_application_1.h, but there is a header file for every previous source (e.g. Scheduler.h, consumer_wrapper.h ...).
Your %.o: %.cpp %.h rule doesn't apply if there is no %.h, so Make falls back on its default rule, which does not use LIB_INC. The simplest way to fix this is to add another %.o rule:
%.o : %.cpp %.h
${COMPILE} -o $# $< $(LIB_INC)
%.o : %.cpp
${COMPILE} -o $# $< $(LIB_INC)