def platform(ctx, target, platform, **kwds):
target = ctx.get_tgen_by_name(target)
if unversioned_sys_platform() not in to_list(platform):
return
for key, val in kwds.items():
setattr(target, key, to_list(getattr(target, key, [])))
getattr(target, key).extend(to_list(val))
def build(ctx):
# Get the list of all the source files
sources = ctx.path.ant_glob(incl=['**/*.cc', '**/*.cpp', '**/*.c'],
excl=['**/*.t.cpp', '**/.#*.cpp'])
# int_deps (of the form 'nlpgo/util') and ext_deps ('CLD2') are defined
# in the calling wscripts for each package
use_libs = int_deps
use_libs += [
dep.upper() for dep in ext_deps if not dep.upper().startswith('BOOST')
]
if ctx.env.USE_BOOST: use_libs += ['BOOST']
linkflags = ''
from waflib.Utils import unversioned_sys_platform
if unversioned_sys_platform() == 'darwin':
linkflags = '-all_load' # Needed for serialization macros to work
includes = [top, '.']
rpath = [
node.abspath() for node in ctx.path.find_node(top).get_bld().ant_glob(
'nlpgo/', maxdepth=1, dir=True)
]
ctx.program(source=sources,
includes=includes,
target=task_name,
use=use_libs,
cxxflags=ctx.env.GLOBAL_CXXFLAGS,
linkflags=linkflags,
rpath=rpath,
export_includes='.')
def configure(cnf):
if not hasattr(cnf, "c_std"):
cnf.c_std = "c99"
if cnf.c_std == "c89":
cnf.env.append_unique("CFLAGS", ["-std=c89"])
elif cnf.c_std == "c99":
cnf.env.append_unique("CFLAGS", ["-std=c99"])
if not hasattr(cnf, "cxx_std"):
cnf.cxx_std = "c++98"
if cnf.cxx_std == "c++11":
cnf.env.append_unique("CXXFLAGS", ["-std=c++11", "-stdlib=libc++"])
cnf.env.append_unique("LIB", "c++")
elif cnf.cxx_std == "c++98":
cnf.env.append_unique("CXXFLAGS", ["-std=c++98"])
if cnf.options.mode == "opt":
cnf.env.append_unique("CFLAGS", ["-Os", "-DNDEBUG"])
cnf.env.append_unique("CXXFLAGS", ["-Os", "-DNDEBUG"])
elif cnf.options.mode == "dev":
pass
elif cnf.options.mode == "dbg":
cnf.env.append_unique("CFLAGS", "-g")
cnf.env.append_unique("CXXFLAGS", "-g")
cnf.load("platform_%s" % unversioned_sys_platform())
def platform(ctx, target, platform, **kwds):
target = ctx.get_tgen_by_name(target)
if unversioned_sys_platform() not in to_list(platform):
return
for key, val in kwds.items():
setattr(target, key, to_list(getattr(target, key, [])))
getattr(target, key).extend(to_list(val))
def configure(cnf):
if not hasattr(cnf, "c_std"):
cnf.c_std = "c99"
if cnf.c_std == "c89":
cnf.env.append_unique("CFLAGS", ["-std=c89"])
elif cnf.c_std == "c99":
cnf.env.append_unique("CFLAGS", ["-std=c99"])
if not hasattr(cnf, "cxx_std"):
cnf.cxx_std = "c++98"
if cnf.cxx_std == "c++11":
cnf.env.append_unique("CXXFLAGS", ["-std=c++11", "-stdlib=libc++"])
cnf.env.append_unique("LIB", "c++")
elif cnf.cxx_std == "c++98":
cnf.env.append_unique("CXXFLAGS", ["-std=c++98"])
if cnf.options.mode == "opt":
cnf.env.append_unique("CFLAGS", ["-Os", "-DNDEBUG"])
cnf.env.append_unique("CXXFLAGS", ["-Os", "-DNDEBUG"])
elif cnf.options.mode == "dev":
pass
elif cnf.options.mode == "dbg":
cnf.env.append_unique("CFLAGS", "-g")
cnf.env.append_unique("CXXFLAGS", "-g")
cnf.load("platform_%s" % unversioned_sys_platform())
def options(opt):
opt.add_option(
"-m", "--mode", action="store", default="opt", choices=["opt", "dev", "dbg"],
help=dedent("""
Select a set of compiler options. Choices are "opt" (optimize for speed of the
compiled executable), "dev" (optimize for speed of compilation process), and "dbg"
(optimize for ability to debug). [default: 'opt']
"""))
opt.load("platform_%s" % unversioned_sys_platform())
def options(opt):
opt.add_option("-m",
"--mode",
action="store",
default="opt",
choices=["opt", "dev", "dbg"],
help=dedent("""
Select a set of compiler options. Choices are "opt" (optimize for speed of the
compiled executable), "dev" (optimize for speed of compilation process), and "dbg"
(optimize for ability to debug). [default: 'opt']
"""))
opt.load("platform_%s" % unversioned_sys_platform())
def install_boost(ctx):
pprint('YELLOW', 'Attempting BOOST auto-installation ...')
# First, search for the source files
ctx.start_msg('Searching for BOOST sources')
source_path = ctx.env.DEPS_SRC + '/boost_1_57_0'
source_node = ctx.root.find_node(source_path)
# If sources not found, try to download them
if not source_node:
ctx.end_msg('not found', color='YELLOW')
ctx.download_boost()
else:
ctx.end_msg('ok')
# At this point, we should have the sources
chdir(source_path)
# Bootstrap
msg = 'Bootstrapping BOOST.Build'
command = ['./bootstrap.sh']
ctx.exec_with_msg(command, msg)
# Build
msg = 'Building and installing BOOST'
command = ['./b2', '--prefix=' + ctx.env.DEPS_PREFIX ] + \
['--with-test'] + \
['--with-' + lib for lib in ctx.env.BOOST_PKGS
if ctx.boost_is_compiled(lib)] + \
['install']
ctx.exec_with_msg(command, msg)
# On MacOSX, the install_name is not set correctly by the boost build
# Fix that by invoking the install_name_tool
if unversioned_sys_platform() == 'darwin':
chdir(ctx.env.DEPS_LIB)
msg = 'Fixing dynamic library install name'
command = 'for i in libboost*.dylib; do' + \
' install_name_tool -id "@rpath/$i" $i;' + \
' for j in libboost*.dylib; do' + \
' install_name_tool -change $j "@rpath/$j" $i;' + \
' done;' + \
'done;'
ctx.exec_with_msg(command, msg, shell=True)
pprint('YELLOW', '... BOOST auto-installation complete.')