# For best results, add the following lines to ~/.bashrc:

# if [ -f /path/to/sssd-source/contrib/fedora/bashrc_sssd ]; then

# . /path/to/sssd-source/contrib/fedora/bashrc_sssd

# fi

# Determine the architecture of the platform we're running on

SSS_ARCH=$(uname -m)

# Determine the lib and libdir locations

SSS_LIB=$(rpm --eval %{_lib})

SSS_LIBDIR=$(rpm --eval %{_libdir})

# Add the following line to your .bashrc if you want SSSD to throw errors on

# compiler warnings (recommended)

# SSS_WERROR=-Werror

# Determine the number of available processors on the system for parallel make

# invocation.

PROCESSORS=$(/usr/bin/getconf _NPROCESSORS_ONLN)

# Configure invocation for use on Fedora systems, based on the %configure RPM

# macro from the redhat-rpm-config package. This function assumes you are

# building in a parallel build directory beneath the source directory. All

# other functions in this script will assume that the location is

# /path/to/sssd-source/$SSS_ARCH

fedconfig()

{

../configure \

--build=$SSS_ARCH-unknown-linux-gnu \

--host=$SSS_ARCH-unknown-linux-gnu \

--program-prefix= \

--prefix=/usr \

--exec-prefix=/usr \

--bindir=/usr/bin \

--sbindir=/usr/sbin \

--sysconfdir=/etc \

--datadir=/usr/share \

--includedir=/usr/include \

--libdir=$SSS_LIBDIR \

--libexecdir=/usr/libexec \

--localstatedir=/var \

--sharedstatedir=/var/lib \

--mandir=/usr/share/man \

--infodir=/usr/share/info \

--enable-nsslibdir=/$SSS_LIB \

--enable-pammoddir=/$SSS_LIB/security \

--with-krb5-rcache-dir=/var/cache/krb5rcache \

--with-initscript=systemd \

--with-syslog=journald \

--with-test-dir=/dev/shm \

--enable-all-experimental-features \

--cache-file=/tmp/fedconfig.cache \

${SSSD_NO_MANPAGES-} \

"$@"

}

# Completely purge the current working directory, then recreate

# and reconfigure it. This is best used when you are making changes to the m4

# macros or the configure scripts.

reconfig()

{

autoreconf -if \

&& rm -Rf $SSS_ARCH/ \

&& mkdir $SSS_ARCH/ \

&& cd $SSS_ARCH/ \

&& fedconfig "$@"

}

# Set the list of warnings that you want to detect (and in the case of remake

# and chmake want to treat as errors)

SSS_WARNINGS='-Wall \

-Wextra \

-Wno-unused-parameter \

-Wno-sign-compare \

-Wformat-security'

# Build (or finish building) all objects and then run the build-tests against

# them. This builds with optimizations turned off and GDB debugging symbols.

chmake()

{

make V=0 \

CFLAGS+="-ggdb3 $SSS_WARNINGS ${SSS_WERROR-} -O0 -Wp,-U_FORTIFY_SOURCE" \

-j$PROCESSORS check "$@"

}

# Clean the build directory and rebuild all objects, then run the build-tests

# against them. This builds with optimizations turned off and GDB debugging

# symbols.

remake()

{

make clean > /dev/null && chmake "$@"

}

# Clean the build directory and rebuild all objects, hiding most of the build

# output except for warnings and errors. This builds with default

# optimization and without debugging symbols.

warn()

{

make clean >/dev/null \

&& make CFLAGS+="$SSS_WARNINGS" -j$PROCESSORS tests > /dev/null "$@"

}

# Install the built sources to the current system, cleaning up the LDB modules

# and making sure that the NSS and PAM modules have the right SELinux context.

sssinstall()

{

sudo make -j$PROCESSORS install \

&& sudo rm -f $SSS_LIBDIR/ldb/modules/ldb/memberof.la \

&& sudo restorecon -v /$SSS_LIB/libnss_sss.so.2 \

/$SSS_LIB/security/pam_sss.so

}

# Alias to generate a patch or series of patches that meet SSSD submission

# guidelines.

# Usage:

# genpatch -N (where N is the number of patches to submit)

genpatch()

{

git format-patch -M -C --patience --full-index "$@"

}