I have a makefile which makes either executables or a shared library.
i.e. make -f unix.mak will create the executables and
make -f unix.mak libolsv will create the shared library.
Since these have to be made i.e both executable and the shared library, I need to make the executables and then a clean ( make -f unix.mak cleanobj) and then make the shared library.
But I want to avoid the intermediate step of make -f unix.mak clean; i.e. the user should not do it explicitly. Is there any way I can include it in the rule for the shared library.
This is what I have.
This is what I have tried:
and also this
and I get the following error in both the cases:
gcc: OdbcSvApp.o: No such file or directory
gcc: SvSocket.o: No such file or directory
gcc: SvStmt.o: No such file or directory
gcc: SvOdbcWrapper.o: No such file or directory
gcc: OdbcCallReader.o: No such file or directory
gcc: MgrCalls.o: No such file or directory
gcc: OdbcSvProxy.o: No such file or directory
make: *** [libolsv20.so] Error 1
So how do I get around this. I want to include the clean rule in $(DAEMON_SO)
What one finds challenging another finds simple...
(HPUX B.11.11)
I have a text file named something like 12345.dst that could look like this:
DOG
CAT
NONE
TEST
CAT
What I want to end up with is 12345.dst looking like this:
CAT
DOG
TEST
removing "NONE" should it be there and... (1 Reply)
I am hoping to find out if it is possible to use some sort of UNIX programming/scripting tools to solve a problem I have with reformatting email messages that are sent out of my IBM UNIX (AIX) system. I'm thinking some advanced awk/sed may work
I do not have the time or the ability to do this... (6 Replies)
I can't seem to get a rule in my Makefile to ever run... even if I change the rule to force make to re-enter the rule, or if I change the dependent files the rule depends on. Any ideas why the second rule is being ignored here?
#MAKEFILES = $(DIRS:%=$(ROOT)/%/Makefile)
#$(MAKEFILES):... (0 Replies)
Hello everybody,
Currently I'm learning how to build projects (C programming) with GNU make. I have a problem with one Makefile and I would appreciate if you could kindly give me a hand. Here is the environment:
OS: Redhat linux 5
compiler: gcc (GCC) 4.1.2 20080704 (Red Hat 4.1.2-44)... (2 Replies)
I have been trying to split up my src directory to clear out files that are not re-compiled very often. Now I have the following setup in my trunk,
trunk/bld
trunk/src/
trunk/src/src_server
trunk/makefile.linux
In the make file, I have compile rules
SOURCELOC = src
# compile src c++... (4 Replies)
Hi everybody,
I have a Makefile where a single suffix rule is defined:
.SUFFIXES: .cpp
.cpp.o:
${CXX} ${CXXFLAGS} -c -o $@ $<
And I'd like to create another where an additional flag is added to compile in SMP. Right now, I have to do it like this:
interface-smp.o:... (2 Replies)
I am trying to create a makefile to build a program and am getting the following error:
make -f tsimplex.mk
make: *** No rule to make target `/main/tsimplex_main.cpp', needed by `tsimplex_main.o'. Stop.
OPSYS = $(shell uname -s )
TARGET = tsimplex
ROOTDIR = ../../..
GTSDIR =... (1 Reply)
Hi all,
I want to know the entry point (default rule to be executed) in a makefile once all defined variables are evaluated. I do not have all: in my makefile and I give
"make" without any parameter in command line.
thanks........ (3 Replies)
I am new to Solaris and compilation using make files.
I have a code base which is organized into different folders. At the root folder is a master make file and in the sub directories, there are make files for that particular folder.
In the make files present in subdirectories, I am seeing... (2 Replies)
Discussion started by: rajujayanthy
2 Replies
LEARN ABOUT DEBIAN
fort77
FORT77(1) Linux Programmer's Manual FORT77(1)NAME
fort77 - invoke f2c Fortran translator transparently, like a compiler
SYNOPSIS
fort77 [-c] [-g] [-v] [-k] [-P] [-cpp] [f2c option ...] [-L directory ...] [gcc-option ...] [link option ...] [-O optlevel] [-o out-
file] [-s] [-w] [-Wx,arg1[,arg2]...] file ...
DESCRIPTION
The fort77 script invokes the f2c command transparently, so it can be used like a real Fortran compiler. It can be used to compile For-
tran, C and assembler code, and to link it with the f2c libraries.
File arguments ending with .f are compiled as Fortran source files. Files which end with .P are passed through to f2c, and files ending
with .F are passed to the C preprocessor (invoked as "/lib/cpp -traditional") first. Any switches passed via -D will be passed to the pre-
processor. If the translation is successful, the resulting C files will be passed to cc for translation into an object file. Files ending
in .c, .C, .cc, .i, .s, .S, .m, .cc or .cxx are passed to the GNU C compiler directly; see gcc(1). All other files are passed to the
linker.
OPTIONS -c Supress linking and produce an object ( .o ) file from each source file.
-g Include debugging information. -v Be verbose; supplying this twice will also tell the C compilers etc to be verbose.
-k Keep the C files generated by f2c around.
-cpp Pass Fortran code through the C preprocessor, as if filenames ended in .F.
-P Generate f2c .P files.
-Ldirectory
Include directory in the search for libraries in the final linking stage.
-o outfile
Send output to outfile.
-trapuv Have f2c generate code to trap uninitialized values.
-Wx,arg1[,arg2...]
Pass the argument[s] argi through to the subprocess x, where x can assume one of the following values: f for the f2c step, p for
the preprocessing step, c for the C compiler, a for the assembler (this is actually passed to the C compiler, too), and l for the
linker. As an example, defining a preprocessor constant for the C compilation step would be done with -Wc,-DUNIX=1. Specifying
the -f option to f2c would be done via -Wf,-f.
f2c option
fort77 passes through almost all f2c options: -C, -U, -u, -a, -E, -h, -P, -R, -r, -z, -I2, -I4, -onetrip, -!c, -!l, -!P, -!R, -ext,
-!bs, -W[n], -trapuv, -w8, -r8 and -w66.
gcc options
The following options are passed through to gcc: -f*, -W*, -U*, -A*, -m*, -S, -E, -v, -x, -pipe, -o, -I, -V, -b*, -p, -pg.
linker option
The options passed to the linking stage are -static, -shared, -v, -V, and -symbolic.
BUGS
To make debugging work, you need to set a breakpoint at MAIN__ before you start.
f2c This script automatically supplies the -I. option to f2c. Older versions of f2c may not support this.
This script is for the interaction of gcc and f2c; using it with another compiler will probably require modification.
The fort77 script does not strictly conform to Posix.2, because it acceppts long options with one leading slash. This is done for gcc com-
patibility.
SEE ALSO f2c(1), cc(1), as(1), ld(1)AUTHOR
Thomas Koenig, ig25@rz.uni-karlsruhe.de
Linux Nov 1996 FORT77(1)