kiss/kiss.1

.
.TH KISS "1" "October 2019" "kiss" "User Commands"
.SH NAME
kiss
.SH DESCRIPTION
Tiny and straightforward package manager for KISS written in POSIX sh.
.PP
.SH "Usage"
.
.nf

-> kiss [a|b|c|i|l|r|s|u|v] [pkg] [pkg] [pkg]
-> alternatives: List and swap to alternatives
-> build:        Build a package
-> checksum:     Generate checksums
-> env:          List kiss settings
-> install:      Install a package
-> list:         List installed packages
-> remove:       Remove a package
-> search:       Search for a package
-> update:       Check for updates
-> version:      Package manager version

.
.fi
.
.SH "Customization"
.
.nf

# The package manager is controlled through environment variables.
#
# These can be set in your '.profile' or '/etc/profile.d' to have
# the options apply all the time.
#
# These can also be set in the current shell to have them apply
# only for the current session.
#
# NOTE: The values shown below are the defaults.

# Managing repositories.
#
# This works exactly like '$PATH' (Colon separated).
#
# A list of repositories the package manager will use. You can
# add your own repositories or remove the default ones.
export KISS_PATH=/var/db/kiss/repo/core:/var/db/kiss/repo/extra:/var/db/kiss/repo/xorg

# Force package installation or removal.
#
# This can be used to bypass the dependency checks on installation
# and removal of packages.
#
# Set it to '1' to force.
export KISS_FORCE=0

# Hook into kiss through a script.
#
# This can be used set custom CFLAGS per package, modify builds,
# etc. This environment variable must point to a shellscript.
#
# The script will have the following environment variables set.
#
# $PKG:  Name of the current package .
# $TYPE: The type of hook (valid: pre-build, post-build).
# $DEST: The full path to where 'make install' will put the package.
#
# Simple example script:
#
# case $TYPE in
#     pre-build)
#         case $PKG in
#            zlib) export CFLAGS="-Os -static" ;;
#            curl) export CFLAGS="-O3" ;;
#         esac
#     ;;
#
#     post-build)
#         : "${DEST:?DEST is unset}"
#
#         rm -rf "$DEST/usr/share/doc"
#         rm -rf "$DEST/usr/share/gettext"
#     ;;
# esac
#
export KISS_HOOK=/path/to/script

# Root directory.
#
# Where installed packages will go. You won't ever need
# to touch this during normal usage.
#
# This can be used to have the package manager run in a "fake root".
export KISS_ROOT=/

# Keep build logs around for successful builds and not just failing
# ones. Helpful when debugging.
#
# Set it to '1' to enable.
export KISS_KEEPLOG=0

# Keep build, package and extraction cache directories for debugging
# purposes.
#
# Set it to '1' to enable.
export KISS_DEBUG=0

# Force the usage of a different 'sudo' tool.
#
# Values: 'su', 'sudo', 'doas'
export KISS_SU=

# Use a reproducible cache naming scheme.
#
# The package manager builds packages inside 'build-$PID/' with '$PID'
# being the package manager's process ID. This allows for multiple
# builds to happen at once.
#
# You can override this and _know_ the location beforehand with the
# below environment variable. 'KISS_PID=test' will build the package
# in 'build-test'.
#
# Unset by default.
export KISS_PID=


#
# non-package-manager related options.
# These are listed for clarity.
#


# Cache directory location.
export XDG_CACHE_HOME=$HOME/.cache/

# Compiler.
export CC=gcc
export CXX=g++

# AR.
export AR=ar

# NM.
export NM=nm

# RANLIB.
export RANLIB=ranlib

# Compiler flags.
# Good value: CFLAGS/CXXFLAGS='-march=native -pipe -O2'
export CFLAGS=
export CXXFLAGS=

# Linker flags.
export LDFLAGS=

# Make flags.
# Good value: MAKEFLAGS='-j4' (number of cores).
export MAKEFLAGS=

# Ninja (Samurai) flags.
# Good value: SAMUFLAGS='-j4' (number of cores).
export SAMUFLAGS=

# Cmake Generator.
# Good value (Ninja):     export CMAKE_GENERATOR='Ninja'
# Good value (Makefiles): export CMAKE_GENERATOR='Unix Makefiles'
export CMAKE_GENERATOR=

.
.fi
.
.SH "Alternatives System"
.
.nf

When a package with conflicts is installed the conflicting
files will be added as "choices" to the alternatives system.

Afterwards, running kiss a/kiss alternatives will list all of
the choices you are able to make. Each line of output with this
command is also usable directly as input.

NOTE: To disable this functionality, set 'KISS_CHOICE=0'.

Example usage:

# List alternatives.
-> kiss a
-> Alternatives:
ncurses /usr/bin/clear
ncurses /usr/bin/reset

# Swap to ncurses 'clear'.
-> kiss a ncurses /usr/bin/clear
-> Swapping '/usr/bin/clear' from 'busybox' to 'ncurses'
Password:

# New listing (busybox clear was swapped out).
-> kiss a
-> Alternatives:
busybox /usr/bin/clear
ncurses /usr/bin/reset

Example usage (complex):

-> kiss i sbase
# More lines...
-> sbase Found conflict (/usr/bin/renice), adding choice
-> sbase Found conflict (/usr/bin/logger), adding choice
-> sbase Found conflict (/usr/bin/flock), adding choice
-> sbase Found conflict (/usr/bin/cal), adding choice
-> sbase Installing package incrementally
-> sbase Installed successfully

# List alternatives.
-> kiss a
-> Alternatives:
# More lines...
sbase /usr/bin/uuencode
sbase /usr/bin/wc
sbase /usr/bin/which
sbase /usr/bin/whoami
sbase /usr/bin/xargs
sbase /usr/bin/yes

# Swapping in bulk (all of sbase).
# The 'kiss a' command with '-' as an argument will read
# from stdin and use each line as arguments to 'kiss a'.
kiss a | grep ^sbase | kiss a -

# New listing, sbase has replaced busybox utilities.
-> kiss a
-> Alternatives:
# More lines...
busybox /usr/bin/uuencode
busybox /usr/bin/wc
busybox /usr/bin/which
busybox /usr/bin/whoami
busybox /usr/bin/xargs
busybox /usr/bin/yes