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import os
def build(ctx):
libntp_source = [
"authkeys.c",
"authreadkeys.c",
"clocktime.c",
"decodenetnum.c",
"dolfptoa.c",
"getopt.c",
"initnetwork.c",
"isc_interfaceiter.c",
"isc_net.c",
"macencrypt.c",
"ntp_endian.c",
"numtoa.c",
"refidsmear.c",
"socket.c",
"socktoa.c",
"ssl_init.c",
"syssignal.c",
]
libntp_source_sharable = [
"assert.c",
"clockwork.c",
"emalloc.c",
"hextolfp.c",
"lib_strbuf.c",
"msyslog.c",
"ntp_calendar.c",
"ntp_random.c",
"prettydate.c",
"statestr.c",
"systime.c",
"timespecops.c",
]
if not ctx.env.HAVE_STRLCAT or not ctx.env.HAVE_STRLCPY:
libntp_source_sharable += ["strl_obsd.c"]
# C library
ctx(
features="c cstlib",
includes=[ctx.bldnode.parent.abspath(), "../include"],
source=libntp_source + libntp_source_sharable,
target="ntp",
use="CRYPTO SSL",
)
if ctx.env['ntpc'] == 'ffi':
# Loadable FFI stub
ctx(
features="c cshlib",
includes=[ctx.bldnode.parent.abspath(), "../include"],
source=["ntp_c.c", "pymodule-mac.c"] + libntp_source_sharable,
target="../pylib/ntpc", # Put the output in the pylib directory
use="M RT CRYPTO",
vnum=ctx.env['ntpcver'],
)
elif ctx.env['ntpc'] == 'ext':
# Loadable Python extension
ctx(
features="c cshlib pyext",
install_path='${PYTHONARCHDIR}/ntp',
includes=[ctx.bldnode.parent.abspath(), "../include"],
source=["pymodule.c", "pymodule-mac.c"] + libntp_source_sharable,
target="../pylib/ntpc", # Put the output in the pylib directory
use="M RT CRYPTO",
)
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