Hi. I edited the makefile for Speak Freely 7.2 and put in the apropriate
flags. When I run make, I get make error 52: Commands commense before
first target. Stop! What do I have to change in order to fix this? Thanks
in advance!
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# Make file for Speak Freely for Unix
# Debugging options
DEBUG = -g -DHEXDUMP
#DEBUG = -g -DHEXDUMP -DNOCRYPTO
#DEBUG = -O
# Installation
# Install program
INSTALL = /usr/bin/install
# Installation root directory
INSTDIR = /usr/local
# Binaries
INSTDIR_BIN = $(INSTDIR)/bin
# Manual pages
INSTDIR_MAN = $(INSTDIR)/man
# Uncomment the appropriate CC, CCFLAGS, and LFLAGS statements below
# according to your machine type.
# Linux
# Linux users please note: many Linux audio drivers are
# half-duplex, even through your sound card may actually
# have full-duplex hardware.
#
# The following settings are for the most "vanilla" Linux
# sound configuration. This should work with the OSS/Free
# sound drivers and audio hardware which emulates a Sound
# Blaster Pro. If you get long delays, try also adding
# -DLINUX_DSP_SMALL_BUFFER. If you have fancier hardware
# and/or drivers it's wise to start out with simple settings
# like those below and experiment with fancier modes (for
# example, full duplex) only after you're sure the basic
# functionality is working. Please see the detailed description
# of the available flags which follows these declarations.
#
CCFLAGS = -DAUDIO_BLOCKING -DLINUX -DHALF_DUPLEX -DM_LITTLE_ENDIAN -DIN_AUDIO_DEV=\"/dev/audio\" -DOUT_AUDIO_DEV=\"/dev/audio1\"
CC = gcc -O3 # for GNU's gcc compiler
LFLAGS = -lncurses -lm
#
# If the above LFLAGS doesn't work, try the one below.
LFLAGS = -lcurses -lm
#
# The following is a detailed description of these and other flags
# you may want to specify or not depending upon the details of your
# Linux sound configuration.
#
-DAUDIO_BLOCKING
# You almost always want to specify this. If it's
# not present, Speak Freely may read short blocks of
# audio from the input source and send compressed
# packets filled with mostly silence. The option is
# provided since it's required with some workstation
# audio hardware to avoid buffering problems. However,
# some Linux configurations will encounter long delays
# between audio input and transmission which cannot be
# fixed entirely by setting the LINUX_DSP_SMALL_BUFFER and
# associated flags described below. On such systems, you
# may need to also to build without AUDIO_BLOCKING defined.
# Such is the state of sound drivers for Linux that you may
# have to experiment with various settings of these
# variables to find a combination which works acceptably for
# your audio hardware and drivers.
#
# -DHALF_DUPLEX
# Required if your audio hardware and/or driver does not
# permit simultaneous opening of the audio device for
# input and output by two separate programs. As noted
# above, many Linux audio drivers are half duplex and
# require this flag even though the underlying audio hardware
# is full duplex. Start by specifying this and then, if
# you believe your system capable of full duplex,
# experiment with turning it off.
#
# -DIN_AUDIO_DEV=\"/dev/audio\"
# -DOUT_AUDIO_DEV=\"/dev/audio1\"
#
# Some Linux audio drivers, for example the commercial
# OSS/Linux full-duplex driver, require full duplex programs
# to open separate /dev/audio and /dev/audio1 devices for
# input and output (or vice versa, presumably). To
# configure the audio drivers in soundbyte.c to do this add
# the above to the CCFLAGS declaration.
#
# If your make or shell has different opinions about how to
# get quotes all the way from a make macro to the C compiler
# command line, you may have to experiment with the quoting
# on these declarations. As a last resort, just edit the
# top of soundbyte.c and hammer in hard-coded definitions of
# symbols IN_AUDIO_DEV and OUT_AUDIO_DEV. You can set the
# input and output audio device file names to anything you
# wish, not just the values given above.
#
-DLINUX
# Required for all Linux configurations.
#
# -DLINUX_DSP_SMALL_BUFFER
# Some Linux sound drivers default to a very large buffer
# for audio input, which results in long delays between
# the time audio is received by the microphone and when
# Speak Freely receives it to be transmitted. Defining this
# symbol attempts to set the audio input buffer size to
# 2048 bytes to minimise this delay.
#
# -DFRAGMENT_BUFSIZE=32
# -DFRAGMENT_BUFPOWER=8
#
# Control the audio input buffer size. Only works if
# LINUX_DSP_SMALL_BUFFER is also defined. The buffer size is
# calculated as FRAGMENT_BUFSIZE * 2 ^ FRAGMENT_BUFPOWER.
# Big input buffers will delay when transmitting (input ->
# recording) while too small input buffers cause clipping.
# If you have still trouble reducing the delay, try compiling
# _without_ -DAUDIO_BLOCKING.
# For more details please refer to README.Linux_OSS_bufsize
# and soundinit() of soundbyte.c. This code was developed
# and contributed by Walter Haidinger (walter.haidinger at gmx.at)
# who reports that the above values work for him, with no
# clipping with just about one second delay. These values
# are applicable only to the OSS sound driver; defining them
# requires -DLINUX_DSP_SMALL_BUFFER also be defined,
# otherwise they will have no effect.
#
# -DLINUX_FPU_FIX
# Some older C libraries on Intel-based Linux systems did
# not place the processor's floating point unit into default
# IEEE exception handling mode, which could result in
# program crashes due to harmless floating point underflows
# to zero which occur in the LPC compression library.
# Defining this symbol compiles in code which explicitly
# sets IEEE exception handling.
#
# -DM_LITTLE_ENDIAN
# This symbol should be defined when compiling on "little-
# endian" platforms such as the Intel x86 series and
# clones. Little-endian machines store multi-byte values
# with the least significant byte first in memory; big-endian
# machines store bytes in the opposite order. This should
# be defined unless you're running on a big-endian processor
# (a SPARC, for example).
#
# -DNEEDED_LINEAR
# Some Linux audio drivers (for example, the OSS/Free [but
# *not* the commercial OSS/Linux drivers for the very same
# card] drivers for the Ensoniq AudioPCI card) do not
# support 8 bit mu-law I/O (which has been the default
# /dev/audio format since the first Sun workstations were
# shipped with audio in the late 1980's). Defining this
# symbol compiles in code, developed and contributed by
# Jean-Marc Orliaguet, which translates between the 16 bit
# PCM audio used by such drivers and the 8 bit mu-law
# representation expected by Speak Freely. If you're able
# to send and receive audio but the sound is horribly
# distorted, you may need to enable this. If you're able to
# play the mu-law sound files included with Speak Freely,
# for example:
# cat ring.au >/dev/audio
# without distortion, then it's unlikely this option will help.
#
# Another problem frequently encountered by Linux users is the
# permissions on the audio device. To prevent eavesdropping, some
# Linux distributions require root privilege to open audio input.
# Unless you want to become root in order to run Speak Freely,
# you'll need to change the permissions on /dev/audio (or whatever)
# to allow regular users to open it for input.
# Silicon Graphics
# In order to build Speak Freely, you need to have the dmedia_dev
# packages installed. In IRIX 5.3 and later, they are included with
# The IRIX Development Option (IDO), but may not be installed by a
# default installation of IDO. The command "versions dmedia_dev.sw"
# will tell you whether these components are present on your system.
# If they aren't, you need to install them before building Speak
# Freely.
#
# The following options are optimal for IRIX 6.5 with C 7.2.1.
# If you're compiling on an earlier version, adding the -float
# option may speed up certain compression modes. If you get a
# warning about -float being ignored in non -cckr compiles, it
# has no effect on your system.
#CC = cc -signed
#LFLAGS = -laudio -lcurses -lm
# Solaris 2.x
# (courtesy of Hans Werner Strube)
# (-fsingle is needed for pre-4.0 compilers and is ignored by 4.0 in
# ANSI mode.) Defining THREADS enables multi-threaded operation in
# sflwld (and has no effect on any other component of Speak Freely).
# THREADS has been tested on Solaris 2.5 through 2.7 (a.k.a. 7) SPARC
# and requires POSIX thread support. If you cannot build with THREADS
# defined, simply remove it from the CCFLAGS line below. If you
# disable THREADS, you can also remove the "-lpthread" library
# specification from the LFLAGS line, which may cause an error if the
# system does not include the POSIX threads library.
#CC = cc -fsingle # for Sun Compiler
#CCFLAGS = -DSolaris -DTHREADS
#LFLAGS = -lcurses -lsocket -lnsl -lm -lpthread
# SunOS 4.1.x
#CC = cc -fsingle -DOLDCC
#LFLAGS = -lcurses -ltermcap -lm
# FreeBSD 2.2
# (courtesy of Andrey A. Chernov)
#
# ** FreeBSD users please note: many FreeBSD audio drivers are
# half-duplex, even through your sound card may actually
# have full-duplex hardware. If you have trouble running
# sfmike and sfspeaker at the same time, try uncommenting
# the definition DUPLEX = -DHALF_DUPLEX later in this file.
# Depending on how your driver handles non-blocking I/O,
# you may also have to add -DAUDIO_BLOCKING to the
# CCFLAGS line.
#CCFLAGS = -DM_LITTLE_ENDIAN
#LFLAGS = -lcurses -ltermcap -lcompat -lm
# Hewlett-Packard
# (courtesy of Marc Kilian)
#
# PRELIMINARY--NOT FULLY TESTED
#CC = cc
#CCFLAGS = -DHEWLETT_PACKARD -DOLDCC
#LFLAGS = -lAlib -lcurses -ltermcap -lm
# Where Perl is located on your system. This is used to make
# a directly-executable version of sfvod.
PERL = /usr/bin/perl
# If your audio hardware is half duplex, uncomment the next line.
# You can also, if you wish, define this on the CCFLAGS definition
# for your hardware platform.
#DUPLEX = -DHALF_DUPLEX
# If your getdomainname() does not return the DNS domainname, define:
#DOMAIN=-DMYDOMAIN=\"somedomain.net\"
# ################################################################
# ################################################################
# Everything will probably work OK without any changes below
# this line.
# Default Internet socket port used by sfmike and sfspeaker. If you
# change this, you will not be able to exchange sound with users
# who've built Speak Freely with different values. This default can
# be overridden by the "-Pport" option on sfspeaker and the ":port"
# hostname suffix in sfmike. The ports used by Speak Freely are as
# follows:
#
# INTERNET_PORT UDP Sound packets
# INTERNET_PORT+1 UDP Control messages (RTCP)
# INTERNET_PORT+2 TCP Communications with LWL server
#
# If you don't publish your information or query an LWL server,
# INTERNET_PORT+2 is never used.
INTERNET_PORT = 2074
CARGS = -DInternet_Port=$(INTERNET_PORT)
# Compiler flags
CFLAGS = $(DEBUG) -Iadpcm -Ilpc -Igsm/inc -Imd5 -Iidea -Ilibdes -Iblowfish $(CARGS) $(DUPLEX) $(CCFLAGS) $(DOMAIN)
PROGRAMS = sfspeaker sfmike sflaunch sflwld sflwl sfecho sfreflect sfvod
all: $(PROGRAMS)
SPKROBJS = speaker.o codecs.o deskey.o g711.o rate.o rtpacket.o soundbyte.o ulaw.o usleep.o vatpkt.o vox.o audio_hp.o audio_sgi.o common.o
sfspeaker: $(SPKROBJS) adpcmlib.o libblowfish.o lpclib.o lpc10lib.o gsmlib.o deslib.o md5lib.o idealib.o libdes.o xdsub.o
$(CC) $(SPKROBJS) adpcm/adpcm-u.o blowfish/libblowfish.a des/des.a md5/md5.o idea/idea.a lpc10/liblpc10.a gsm/lib/libgsm.a lpc/lpc.o xdsub.o libdes/libdes.a $(LFLAGS) -o sfspeaker
MIKEOBJS = mike.o codecs.o deskey.o g711.o rate.o rtpacket.o soundbyte.o ulaw.o usleep.o vatpkt.o xdsub.o audio_hp.o audio_sgi.o
sfmike: $(MIKEOBJS) adpcmlib.o libblowfish.o lpclib.o lpc10lib.o gsmlib.o deslib.o md5lib.o idealib.o libdes.o
$(CC) $(MIKEOBJS) adpcm/adpcm-u.o des/des.a md5/md5.o idea/idea.a -lm blowfish/libblowfish.a lpc10/liblpc10.a gsm/lib/libgsm.a lpc/lpc.o libdes/libdes.a $(LFLAGS) -o sfmike
LAUNCHOBJS = launch.o soundbyte.o usleep.o g711.o
sflaunch: $(LAUNCHOBJS)
$(CC) $(LAUNCHOBJS) $(LFLAGS) -o sflaunch
LWLDOBJS = lwld.o html.o xdsub.o
sflwld: $(LWLDOBJS)
$(CC) $(LWLDOBJS) $(LFLAGS) -o sflwld
LWLOBJS = lwl.o
sflwl: $(LWLOBJS)
$(CC) $(LWLOBJS) $(LFLAGS) -o sflwl
ECHOOBJS = echo.o codecs.o g711.o rtpacket.o ulaw.o xdsub.o
sfecho: $(ECHOOBJS) md5lib.o
$(CC) $(ECHOOBJS) md5/md5.o adpcm/adpcm-u.o lpc/lpc.o $(LFLAGS) -o sfecho
REFLECTOBJS = reflect.o codecs.o html.o g711.o rtpacket.o ulaw.o xdsub.o
sfreflect: $(REFLECTOBJS) md5lib.o
$(CC) $(REFLECTOBJS) md5/md5.o adpcm/adpcm-u.o lpc/lpc.o $(LFLAGS) -o sfreflect
# Configure the voice on demand server for the platform's
# location of Perl and network constant definitions.
sfvod: sfvod.pl
echo \#\! $(PERL) >sfvod
echo \$$version = `tail -1 version.h`\; >>sfvod
echo '#include <stdio.h>' >sfvod-t.c
echo '#include <sys/types.h>' >>sfvod-t.c
echo '#include <sys/socket.h>' >>sfvod-t.c
echo 'main(){printf("$$AF_INET = %d; $$SOCK_DGRAM = %d;%c", AF_INET, SOCK_DGRAM, 10);return 0;}' >>sfvod-t.c
$(CC) sfvod-t.c -o sfvod-t
./sfvod-t >>sfvod
rm sfvod-t.c sfvod-t
cat sfvod.pl >>sfvod
chmod 755 sfvod
# Compression and encryption libraries. Each of these creates
# a place-holder .o file in the main directory (which is not
# an actual object file, simply a place to hang a time and
# date stamp) to mark whether the library has been built.
# Note that if you actually modify a library you'll need to
# delete the place-holder or manually make within the library
# directory. This is tacky but it avoids visiting all the
# library directories on every build and/or relying on features
# in make not necessarily available on all platforms.
adpcmlib.o:
( echo "Building ADPCM library."; cd adpcm ; make CC="$(CC)" )
echo "ADPCM" >adpcmlib.o
deslib.o:
( echo "Building DES library."; cd des ; make CC="$(CC) $(CCFLAGS)" )
echo "DES" >deslib.o
libblowfish.o:
( echo "Building BLOWFISH library."; cd blowfish ; make CC="$(CC) $(CCFLAGS) $(DEBUG)" )
echo "BLOWFISH" >libblowfish.o
libdes.o:
( echo "Building LIBDES library."; cd libdes ; make -f Makefile.sf CC="$(CC) $(CCFLAGS) $(DEBUG)" )
echo "LIBDES" >libdes.o
lpclib.o:
( echo "Building LPC library."; cd lpc ; make CC="$(CC) $(CCFLAGS) $(DEBUG)" )
echo "LPC" >lpclib.o
lpc10lib.o:
( echo "Building LPC10 library."; cd lpc10 ; make CC="$(CC) $(CCFLAGS) $(DEBUG)" )
echo "LPC" >lpc10lib.o
gsmlib.o:
( echo "Building GSM library."; cd gsm ; make CC="$(CC)" )
echo "GSM" >gsmlib.o
md5lib.o:
( echo "Building MD5 library."; cd md5 ; make CC="$(CC)" )
echo "MD5" >md5lib.o
idealib.o:
( echo "Building IDEA library."; cd idea ; make CC="$(CC)" )
echo "IDEA" >idealib.o
# Object file dependencies
codecs.o: codecs.c speakfree.h
common.o: common.c common.h
html.o: html.c
mike.o: mike.c speakfree.h version.h
launch.o: launch.c speakfree.h version.h
lwl.o: lwl.c speakfree.h version.h
lwld.o: lwld.c speakfree.h version.h
echo.o: echo.c speakfree.h vat.h version.h
reflect.o: reflect.c speakfree.h vat.h version.h
rtpacket.o: rtpacket.c speakfree.h rtp.h
soundbyte.o: Makefile soundbyte.c speakfree.h
speaker.o: speaker.c speakfree.h version.h
vatpkt.o: vatpkt.c speakfree.h vat.h
speakfree.h: audio_descr.h rtp.h rtpacket.h ulaw2linear.h types.h
testgsm: testgsm.o gsmlib.o
$(CC) testgsm.o -lm gsm/lib/libgsm.a $(LFLAGS) -o testgsm
manpage:
nroff -man sfmike.1 | $(PAGER)
nroff -man sfspeaker.1 | $(PAGER)
nroff -man sflaunch.1 | $(PAGER)
nroff -man sflwl.1 | $(PAGER)
nroff -man sflwld.1 | $(PAGER)
nroff -man sfecho.1 | $(PAGER)
nroff -man sfreflect.1 | $(PAGER)
nroff -man sfvod.1 | $(PAGER)
# Process NROFF manual pages into cat-able .man pages
mantext:
nroff -man sfmike.1 | col -b >/tmp/sfmike.man
nroff -man sfspeaker.1 | col -b >/tmp/sfspeaker.man
nroff -man sflaunch.1 | col -b >/tmp/sfspeaker.man
nroff -man sflwl.1 | col -b >/tmp/sflwl.man
nroff -man sflwld.1 | col -b >/tmp/sflwld.man
nroff -man sfecho.1 | col -b >/tmp/sfecho.man
nroff -man sfreflect.1 | col -b >/tmp/sfecho.man
nroff -man sfvod.1 | col -b >/tmp/sfvod.man
# Print manual pages for all programs. Assumes you have "ptroff"
printman:
ptroff -man sfmike.1
ptroff -man sfspeaker.1
ptroff -man sflaunch.1
ptroff -man sflwl.1
ptroff -man sflwld.1
ptroff -man sfecho.1
ptroff -man sfreflect.1
ptroff -man sfvod.1
# Clean everything
clean:
rm -f core *.out *.o *.bak $(PROGRAMS) *.shar sfvod-t*
( cd adpcm; make clean )
( cd blowfish; make clean )
( cd libdes; make clean )
( cd lpc; make clean )
( cd lpc10; make clean )
( cd gsm; make clean )
( cd des; make clean )
( cd md5; make clean )
( cd idea; make clean )
# Clean only the main directory, not the libraries
dusty:
rm -f core *.out *.o *.bak $(PROGRAMS) *.shar sfvod-t*
# Install binaries and manual pages. You'll need to
# be root to install in system directories.
install: $(PROGRAMS)
$(INSTALL) -o root -g root -m 755 -s $(PROGRAMS) $(INSTDIR_BIN)
$(INSTALL) -o root -g root -m 644 *.1 $(INSTDIR_MAN)/man1
