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# file : libbuild2/buildfile
# copyright : Copyright (c) 2014-2019 Code Synthesis Ltd
# license : MIT; see accompanying LICENSE file
# NOTE: remember to update bundled_modules in libbuild2/module.cxx if adding a
# new module.
#
./: lib{build2} bash/ bin/ c/ cc/ cxx/ in/ version/
import int_libs = libbutl%lib{butl}
lib{build2}: libul{build2}: \
{hxx ixx txx cxx}{* -utility-*installed -config -version -*.test...} \
{hxx}{config version}
# Note that this won't work in libul{} since it's not installed.
#
lib{build2}: cxx{utility-installed}: for_install = true
lib{build2}: cxx{utility-uninstalled}: for_install = false
# These are "core modules" that come bundled with libbuild2 (see also unit
# tests loop below). Note that the build system core can still function
# without them or with their alternative implementations.
#
# NOTE: remember to update import_modules() in libbuild2/modules.cxx if adding
# a new such module.
#
for m: config dist install test
libul{build2}: $m/{hxx ixx txx cxx}{** -**-options -**.test...}
libul{build2}: test/script/{hxx ixx cxx}{builtin-options}
libul{build2}: $int_libs
# Include the generated config and version headers into the distribution (so
# that we don't pick up installed ones) and don't remove them when cleaning in
# src (so that clean results in a state identical to distributed).
#
hxx{config}: in{config}
hxx{version}: in{version} $src_root/manifest
hxx{config version}:
{
dist = true
clean = ($src_root != $out_root)
}
# Unit tests.
#
exe{*.test}:
{
test = true
install = false
}
for t: cxx{ *.test...} \
config/cxx{**.test...} \
dist/cxx{**.test...} \
install/cxx{**.test...} \
test/cxx{**.test...}
{
d = $directory($t)
n = $name($t)...
b = $path.base($name($t))
./: $d/exe{$n}: $t $d/{hxx ixx txx}{+$n} $d/testscript{+$n +$b+*.test...}
$d/exe{$n}: libul{build2}: bin.whole = false
$d/exe{$n}: cxx{utility-uninstalled}
}
# Build options.
#
obja{*}: cxx.poptions += -DLIBBUILD2_STATIC_BUILD
objs{*}: cxx.poptions += -DLIBBUILD2_SHARED_BUILD
# Pass our compiler target to be used as build2 host and our out_root to be
# used as the build system import path (unless cross-compiling and not
# forgetting to escape backslashes on Windows).
#
{obja objs}{context}: cxx.poptions += "-DBUILD2_HOST_TRIPLET=\"$cxx.target\""
# Note that we used to compare complete target triplets but that proved too
# strict. For example, we may be running on x86_64-apple-darwin17.7.0 while
# the compiler is targeting x86_64-apple-darwin17.3.0.
#
cross = ($cxx.target.cpu != $build.host.cpu || \
$cxx.target.system != $build.host.system)
if! $cross
{obja objs}{context}: cxx.poptions += \
-DBUILD2_IMPORT_PATH=\"$regex.replace($out_root, '\\', '\\\\')\"
if ($cxx.target.class != 'windows')
{
cxx.libs += -lpthread
if ($cxx.target.class != "bsd")
cxx.libs += -ldl
}
# Export options.
#
lib{build2}:
{
cxx.export.poptions = "-I$out_root" "-I$src_root"
cxx.export.libs = $int_libs
}
liba{build2}: cxx.export.poptions += -DLIBBUILD2_STATIC
libs{build2}: cxx.export.poptions += -DLIBBUILD2_SHARED
# For pre-releases use the complete version to make sure they cannot be used
# in place of another pre-release or the final version. See the version module
# for details on the version.* variable values.
#
if $version.pre_release
lib{build2}: bin.lib.version = @"-$version.project_id"
else
lib{build2}: bin.lib.version = @"-$version.major.$version.minor"
# Generated options parser.
#
test/script/
{
if $cli.configured
{
cli.cxx{builtin-options}: cli{builtin}
cli.options += --std c++11 -I $src_root --include-with-brackets \
--include-prefix libbuild2/test/script --guard-prefix LIBBUILD2_TEST_SCRIPT \
--cli-namespace build2::test::script::cli --generate-vector-scanner \
--generate-specifier --suppress-usage
cli.cxx{*}:
{
# Include the generated cli files into the distribution and don't remove
# them when cleaning in src (so that clean results in a state identical
# to distributed). But don't install their headers since they are only
# used internally in the testscript implementation.
#
dist = true
clean = ($src_root != $out_root)
install = false
# We keep the generated code in the repository so copy it back to src in
# case of a forwarded configuration.
#
backlink = overwrite
}
}
else
# No install for the pre-generated case.
#
hxx{builtin-options}@./ ixx{builtin-options}@./: install = false
}
# Install into the libbuild2/ subdirectory of, say, /usr/include/
# recreating subdirectories.
#
{hxx ixx txx}{*}:
{
install = include/libbuild2/
install.subdirs = true
}
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