def build(ctx):
c = guess_static(ctx)
c.compile('include-main.c', 'main.o')
# Fbuild puts object files in ctx.buildroot,
# which is good...except that Main.hs wants them in the current directory.
# This symlinks it as a workaround
try: os.symlink(ctx.buildroot / 'main.o', 'main.o')
except: pass
def configure(ctx):
flags = ['-Wall', '-Werror'] + ctx.options.cflag
testflags = []
defs = []
kw = {}
if ctx.options.use_color:
flags.append('-fdiagnostics-color')
if ctx.options.release:
kw['optimize'] = True
kw['macros'] = ['NDEBUG']
else:
kw['debug'] = True
kw['macros'] = ['DEBUG']
c = guess_static(ctx,
exe=ctx.options.cc,
flags=flags,
includes=['utf'],
platform_options=[
({'posix'}, {
'external_libs+': ['rt']
}),
({'gcc'}, {
'flags+': ['-Wno-maybe-uninitialized']
}),
({'clang'}, {
'flags+': ['-Wno-unknown-warning-option']
}),
],
**kw)
arch = get_target_arch(ctx, c)
if arch == 'x86_64':
defs.append('X64')
elif re.match('i\d86', arch):
# X86 is implemented in the x86_64.dasc file.
arch = 'x86_64'
else:
assert 0, "get_target_arch returned invalid architecture '%s'" % arch
dasm = DynAsmBuilder(ctx, exe=ctx.options.lua, defs=defs)
if Libcut_h(c).libcut_h:
ctx.logger.passed('found libcut.h; will build tests')
tests = True
testflags.append('-std=gnu11')
else:
ctx.logger.failed('cannot find libcut.h; will not build tests')
tests = False
headerdoc = find_headerdoc(ctx)
return Record(dasm=dasm,
c=c,
arch=arch,
tests=tests,
testflags=testflags,
headerdoc=headerdoc)
def build(ctx):
c = guess_static(ctx)
c.compile('include-main.c', 'main.o')
# Fbuild puts object files in ctx.buildroot,
# which is good...except that Main.hs wants them in the current directory.
# This symlinks it as a workaround
try:
os.symlink(ctx.buildroot / 'main.o', 'main.o')
except:
pass
def configure(ctx):
kw = dict(
debug=ctx.options.buildtype == 'debug',
optimize=ctx.options.buildtype == 'release',
flags=['-fdiagnostics-color'] if ctx.options.use_color else [],
platform_options=[
({'posix'}, {'external_libs': ['m']}),
]
)
kw['flags'].extend(ctx.options.cflag)
static = guess_static(ctx, **kw)
shared = guess_shared(ctx, **kw)
return Record(static=static, shared=shared)
def configure(ctx):
kw = dict(debug=ctx.options.buildtype == 'debug',
optimize=ctx.options.buildtype == 'release',
flags=['-fdiagnostics-color'] if ctx.options.use_color else [],
platform_options=[
({'posix'}, {
'external_libs': ['m']
}),
])
kw['flags'].extend(ctx.options.cflag)
static = guess_static(ctx, **kw)
shared = guess_shared(ctx, **kw)
return Record(static=static, shared=shared)
def configure(ctx):
flex = Flex(ctx, debug=ctx.options.debug_lexer)
bison = Bison(ctx, flags=['-Wno-other', '-v', '--report-file',
ctx.buildroot / 'report'])
opts = {'macros': []}
flags = ctx.options.cflag
if ctx.options.release:
opts['optimize'] = True
else:
opts['debug'] = True
if not ctx.options.threads:
opts['macros'].append('NO_THREADS')
if ctx.options.no_builtins:
opts['macros'].append('NO_BUILTINS')
if ctx.options.use_color:
flags.append('-fdiagnostics-color')
if ctx.options.address_sanitizer:
flags.extend(('-fsanitize=address', '-fno-omit-frame-pointer'))
c = guess_static(ctx, external_libs=['ds'], exe=ctx.options.cc, flags=flags,
platform_options=[
({'posix'}, {'flags+': ['-Wall', '-Werror']}),
({'clang'}, {'flags+': ['-Wno-unneeded-internal-declaration']}),
({'gcc'}, {'flags+': ['-Wno-return-type', '-Wno-unused-function']}),
], **opts)
pthread = posix.pthread_h(c)
pthread.header # Force the check.
if not (openssl.ssl_h(c).header and openssl.sha_h(c).header):
raise fbuild.ConfigFailed('OpenSSL is required.')
openssl_pkg = PkgConfig(ctx, 'openssl')
ldlibs = openssl_pkg.libs().split(' ')
ctx.logger.check('checking for pkg-config package lua5.2')
try:
lua_pkg = PkgConfig(ctx, 'lua5.2')
except fbuild.ConfigFailed:
ctx.logger.failed()
cflags = []
else:
ctx.logger.passed()
cflags = lua_pkg.cflags()
ldlibs.extend(lua_pkg.libs().split(' '))
return Record(flex=flex, bison=bison, c=c, pthread=pthread, cflags=cflags,
ldlibs=ldlibs)
def configure(ctx):
if ctx.options.platform:
platform = ast.literal_eval(ctx.options.platform)
else:
platform = guess_platform(ctx)
flags = ctx.options.cflag
posix_flags = ['-Wall', '-Werror']
clang_flags = []
if ctx.options.use_color:
posix_flags.append('-fdiagnostics-color')
if ctx.options.release:
debug = False
optimize = True
else:
debug = True
optimize = False
clang_flags.append('-fno-limit-debug-info')
c = guess_static(ctx,
platform=platform,
exe=ctx.options.cc,
flags=flags,
debug=debug,
optimize=optimize,
platform_options=[
({'clang'}, {
'flags+': clang_flags
}),
({'posix'}, {
'flags+': posix_flags,
'external_libs+': ['m'],
'cross_compiler': True
}),
])
external_libs = []
if platform & {'posix'} and not platform & {'mingw'}:
libelf_test = libelf(c)
if not libelf_test.libelf_h or not libelf_test.gelf_h:
raise fbuild.ConfigFailed('libelf is required')
external_libs.append('elf')
return Record(c=c, external_libs=external_libs)
def configure(ctx):
flags = ['-Wall', '-Werror']+ctx.options.cflag
testflags = []
defs = []
kw = {}
if ctx.options.use_color:
flags.append('-fdiagnostics-color')
if ctx.options.release:
kw['optimize'] = True
kw['macros'] = ['NDEBUG']
else:
kw['debug'] = True
kw['macros'] = ['DEBUG']
c = guess_static(ctx, exe=ctx.options.cc, flags=flags, includes=['utf'],
platform_options=[
({'posix'}, {'external_libs+': ['rt']}),
({'gcc'}, {'flags+': ['-Wno-maybe-uninitialized']}),
({'clang'}, {'flags+': ['-Wno-unknown-warning-option']}),
],
**kw)
arch = get_target_arch(ctx, c)
if arch == 'x86_64':
defs.append('X64')
elif re.match('i\d86', arch):
# X86 is implemented in the x86_64.dasc file.
arch = 'x86_64'
else:
assert 0, "get_target_arch returned invalid architecture '%s'" % arch
dasm = DynAsmBuilder(ctx, exe=ctx.options.lua, defs=defs)
if Libcut_h(c).libcut_h:
ctx.logger.passed('found libcut.h; will build tests')
tests = True
testflags.append('-std=gnu11')
else:
ctx.logger.failed('cannot find libcut.h; will not build tests')
tests = False
headerdoc = find_headerdoc(ctx)
return Record(dasm=dasm, c=c, arch=arch, tests=tests, testflags=testflags,
headerdoc=headerdoc)
def configure(ctx):
flags = ['-Wall', '-Werror']+ctx.options.cflag
testflags = []
defs = []
kw = {}
if ctx.options.use_color:
flags.append('-fdiagnostics-color')
if ctx.options.release:
kw['optimize'] = True
kw['macros'] = ['NDEBUG']
else:
kw['debug'] = True
kw['macros'] = ['DEBUG']
c = guess_static(ctx, exe=ctx.options.cc, flags=flags, includes=['utf'],
platform_options=[
({'posix'}, {'external_libs+': ['rt']})
],
**kw)
arch = get_target_arch(ctx, c)
if arch == 'x86_64':
defs.append('X64')
elif re.match('i\d86', arch):
# X86 is implemented in the x86_64.dasc file.
arch = 'x86_64'
else:
raise fbuild.ConfigFailed('unsupported target architecture ' + arch)
dasm = DynAsmBuilder(ctx, exe=ctx.options.lua, defs=defs)
if Libcut_h(c).libcut_h:
ctx.logger.passed('found libcut.h; will build tests')
tests = True
testflags.append('-std=gnu11')
else:
ctx.logger.failed('cannot find libcut.h; will not build tests')
tests = False
return Record(dasm=dasm, c=c, arch=arch, tests=tests, testflags=testflags)
def build(ctx):
c = guess_static(ctx)
exe = c.build_exe('x', ['x.c'])
ctx.install(exe, 'bin')
ctx.install('doc.txt', 'share', 'some_subdir_of_usr_share')
def build(ctx):
c = guess_static(ctx)
exe = c.build_exe('x', ['x.c'])
ctx.install(exe, 'bin')
ctx.install('doc.txt', 'share', 'some_subdir_of_usr_share')
def configure(ctx):
flex = Flex(ctx, debug=ctx.options.debug_lexer)
bison = Bison(
ctx,
flags=['-Wno-other', '-v', '--report-file', ctx.buildroot / 'report'])
opts = {'macros': []}
flags = ctx.options.cflag
if ctx.options.release:
opts['optimize'] = True
else:
opts['debug'] = True
if not ctx.options.threads:
opts['macros'].append('NO_THREADS')
if ctx.options.no_builtins:
opts['macros'].append('NO_BUILTINS')
if ctx.options.use_color:
flags.append('-fdiagnostics-color')
if ctx.options.address_sanitizer:
flags.extend(('-fsanitize=address', '-fno-omit-frame-pointer'))
c = guess_static(ctx,
external_libs=['ds'],
exe=ctx.options.cc,
flags=flags,
platform_options=[
({'posix'}, {
'flags+': ['-Wall', '-Werror']
}),
({'clang'}, {
'flags+': ['-Wno-unneeded-internal-declaration']
}),
({'gcc'}, {
'flags+':
['-Wno-return-type', '-Wno-unused-function']
}),
],
**opts)
pthread = posix.pthread_h(c)
pthread.header # Force the check.
if not (openssl.ssl_h(c).header and openssl.sha_h(c).header):
raise fbuild.ConfigFailed('OpenSSL is required.')
openssl_pkg = PkgConfig(ctx, 'openssl')
ldlibs = openssl_pkg.libs().split(' ')
ctx.logger.check('checking for pkg-config package lua5.2')
try:
lua_pkg = PkgConfig(ctx, 'lua5.2')
except fbuild.ConfigFailed:
ctx.logger.failed()
cflags = []
else:
ctx.logger.passed()
cflags = lua_pkg.cflags()
ldlibs.extend(lua_pkg.libs().split(' '))
return Record(flex=flex,
bison=bison,
c=c,
pthread=pthread,
cflags=cflags,
ldlibs=ldlibs)
