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PREFIX = /usr
MANPREFIX = $(PREFIX)/share/man
CC = cc -std=c2x
CC_DEF_EXTRACT =
# If set, it will be used with -E -dM (must have the same meaning
# as in GCC and clang), otherwise $(CC) is used if it is GCC or
# clang, otherwise a gcc or clang from PATH is used
CPPFLAGS = -D_DEFAULT_SOURCE -D_BSD_SOURCE -D_XOPEN_SOURCE=700 -D_GNU_SOURCE
CFLAGS = -Os
LDFLAGS =
# It is important that CFLAGS at least specifies some optimisation,
# otherwise you may get binaries containing a lot of unused symbols
# and so be unnecessarily large. (The build deduplicates identical
# system call description, but only references to them, not their
# instantiations (which have static storage), for that it it relies
# on compiler optimisation.)
DOWNLOAD = curl --
DEFAULT_OS_SUPPORT_SELECTION = yes
# You may for example put `DEFAULT_OS_SUPPORT_SELECTION = no` but add
# `LINUX_SUPPORT = yes` to this file if you always only want to have
# Linux supported.
#SUPPORTED_ARCHES != util/what-architecture-am-i-using true
# Uncomment this limit supported architectures. You will find which
# architectures are support in Makefile (don't add anything else).
# If you uncomment this without editing it ('!=' means it will execute
# that text behind it as a shell commend; change to '=' to list
# manually), the architecture you are running on, and modes
# (e.g. i386 and x32 on amd64, however if the kernel is built to
# support them)[1], its supports, will be selected.
# [1] Change 'true' to 'false' to exclude them, or remove 'true'
# to support even ones that the kernel is not compiled to support
# You can also limit supported architectures on an per-OS basis, by
# setting SUPPORTED_${NAME_OF_OS}_ARCHES; you will find the list of
# support architectures in ${name-of-os}/${name-of-os}-support.mk,
# however architectures not support in libsyscalls's core may be listed;
# do not add anything that is not supported by both libsyscalls's core
# and it's OS support
# This file is included multiple times, don't do anything weird
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